Have you ever wondered about the vulnerability of industrial control systems (ICS) to cyber threats? In today's interconnected world, protecting these critical systems is paramount. One of the most prevalent and disruptive threats they face is Distributed Denial of Service (DDoS) attacks. In this article, we will explore the importance of shielding industrial control systems from DDoS attacks and delve into effective protective measures.
The Impact of DDoS Attacks:
Imagine a scenario where an ICS responsible for managing power grids or chemical plants becomes the target of a DDoS attack. The consequences could be catastrophic, leading to widespread disruption, economic losses, and even compromising public safety. To prevent such incidents, it is essential to understand how DDoS attacks work and the potential damage they can cause.
Understanding DDoS Attacks:
DDoS attacks overwhelm a system by flooding it with an excessive amount of traffic, rendering it unable to function properly. These attacks exploit vulnerabilities in network infrastructure and can paralyze critical services within seconds. Unauthorized access to an ICS can enable attackers to manipulate operations, steal sensitive data, or cause physical harm.
Protective Measures for ICS:
To shield industrial control systems from DDoS attacks, robust protective measures are necessary. Here are a few key strategies that can bolster their security:
Implementing Network Segmentation: Dividing an ICS into isolated segments limits the impact of a DDoS attack, preventing its spread throughout the system. By separating critical components, such as supervisory control and data acquisition (SCADA) networks, from external connections, potential damage can be contained.
Deploying Intrusion Detection and Prevention Systems (IDPS): IDPS solutions actively monitor network traffic, identifying and mitigating malicious activities in real-time. These systems use behavioral analysis and anomaly detection techniques to differentiate between normal and suspicious traffic patterns, providing an effective defense against DDoS attacks.
Employing Traffic Filtering and Rate Limiting: By filtering incoming network traffic and setting bandwidth limits, organizations can mitigate the impact of DDoS attacks. This approach helps identify and block malicious traffic while ensuring legitimate requests are serviced promptly.
In today's digital landscape, safeguarding industrial control systems from DDoS attacks is of utmost importance. The potential impact of such attacks on critical infrastructure necessitates proactive measures to prevent them. By implementing robust security protocols, leveraging network segmentation, deploying IDPS solutions, and employing traffic filtering techniques, organizations can fortify their ICS defenses and mitigate the risk of disruptive DDoS attacks. Stay vigilant, protect your systems, and ensure a secure future for industrial operations.
Cybersecurity Innovations Bolster Protection of Industrial Control Systems against DDOS Attacks
The digital landscape is constantly evolving, bringing with it new challenges and threats. One such threat that has gained considerable attention in recent years is Distributed Denial of Service (DDoS) attacks. These malicious actions can have devastating consequences for businesses and organizations, particularly those operating industrial control systems (ICS). However, the field of cybersecurity has not stood idly by; innovative solutions are being developed to fortify the protection of ICS against DDoS attacks.
In the realm of cybersecurity, experts are continuously working towards creating robust defense mechanisms to combat the ever-evolving techniques employed by cybercriminals. By leveraging cutting-edge technologies and advanced algorithms, these cybersecurity innovations aim to enhance the security posture of industrial control systems.
One prominent advancement is the use of anomaly detection systems. These intelligent systems employ machine learning algorithms to analyze network traffic patterns and identify any abnormal activity indicative of a potential DDoS attack. By recognizing the early signs of an attack, system administrators can take immediate action to mitigate the threat and minimize the impact on critical infrastructure.
Another key innovation lies in the development of sophisticated firewalls specifically designed for ICS environments. These next-generation firewalls possess the capability to inspect and filter network traffic at an unprecedented level. They are equipped with specialized functionalities, such as deep packet inspection and protocol analysis, which allow them to identify and block malicious traffic before it reaches the vulnerable components of an industrial control system.
Additionally, the integration of behavior-based authentication mechanisms adds an extra layer of protection against DDoS attacks. Rather than relying solely on traditional username and password credentials, these mechanisms utilize biometrics, such as fingerprint or facial recognition, to verify user identity. Furthermore, multi-factor authentication methods can be employed, requiring users to provide additional proof of their identity, such as a unique code generated on a mobile device.
The relentless efforts of cybersecurity experts to innovate and develop new technologies have bolstered the protection of industrial control systems against DDoS attacks. The use of anomaly detection systems, advanced firewalls, and behavior-based authentication mechanisms collectively fortify the security posture of ICS environments. With these advancements, organizations can better defend their critical infrastructure from the growing threat landscape and ensure the smooth operation of essential services.
New Study Reveals Alarming Rise in DDOS Attacks on Industrial Control Systems
Did you know that industrial control systems (ICS) are under a growing threat from Distributed Denial of Service (DDoS) attacks? A recent study has shed light on this alarming trend, revealing a significant increase in the number of DDoS attacks targeting ICS. In this article, we will explore the details of this study and discuss the implications for industries relying on ICS.
The Rising Threat to Industrial Control Systems:
Industrial control systems play a critical role in managing and automating processes in various sectors, including energy, transportation, manufacturing, and more. However, their reliance on network connectivity exposes them to cyber threats. The new study, conducted by cybersecurity experts, highlights an alarming rise in DDoS attacks specifically targeting ICS infrastructure.
Understanding DDoS Attacks:
To comprehend the severity of this issue, let's delve into what DDoS attacks entail. In a DDoS attack, malicious actors flood a system or network with an overwhelming amount of traffic, rendering it inaccessible to legitimate users. Industrial control systems are no exception to this threat. By disrupting an ICS through a DDoS attack, hackers can potentially halt critical operations, leading to significant financial losses, safety risks, and even environmental hazards.
The Findings of the Study:
According to the study, the number of DDoS attacks on industrial control systems has increased by a staggering 75% over the past year alone. This rise is attributed to several factors, including the increasing interconnectedness of ICS with the internet, the proliferation of vulnerable devices, and the growing sophistication of attackers.
Implications and Countermeasures:
These findings raise serious concerns for industries reliant on industrial control systems. Organizations need to adopt robust security measures to safeguard their ICS infrastructure. Implementing comprehensive DDoS protection solutions, such as firewalls, intrusion detection systems, and traffic filtering mechanisms, can help mitigate the risks posed by these attacks.
The rise in DDoS attacks targeting industrial control systems demands immediate attention from industries relying on these critical infrastructure components. With the threat landscape evolving rapidly, organizations must adopt proactive security strategies to safeguard their ICS infrastructure. By staying vigilant and implementing effective countermeasures, businesses can minimize the potential damage caused by DDoS attacks and ensure the smooth functioning of their industrial processes.
Cutting-Edge Technologies Shield Industrial Control Systems from Disruptive DDOS Attacks
Industrial control systems (ICS) play a vital role in managing critical infrastructure across various sectors, including energy, manufacturing, and transportation. However, the rising threat of disruptive Distributed Denial of Service (DDoS) attacks has propelled the need for cutting-edge technologies to safeguard these systems from potential cyber threats. In this article, we will explore how advanced security measures are being utilized to shield industrial control systems against DDoS attacks.
One of the key technologies leveraged in protecting ICS from DDoS attacks is anomaly detection. By monitoring the network traffic patterns, these sophisticated systems can quickly identify abnormal behavior that may indicate an ongoing attack. This proactive approach enables swift countermeasures to be deployed, mitigating the impact of DDoS attacks on industrial control systems.
Another crucial defense mechanism employed is traffic filtering. By implementing firewalls and intrusion prevention systems (IPS), organizations can effectively filter out malicious traffic before it reaches the ICS. These security measures analyze incoming packets and block suspicious or potentially harmful requests, preventing them from overwhelming the system and causing disruption.
Furthermore, the implementation of rate limiting techniques provides an additional layer of protection against DDoS attacks. By setting predefined thresholds for incoming traffic, organizations can control the flow of data and limit the impact of excessive requests. This helps ensure that the industrial control systems continue to function optimally, even under high-stress situations caused by DDoS attacks.
In addition to these measures, the concept of network segmentation plays a crucial role in securing ICS. By dividing the network into smaller, isolated segments, any potential compromises can be contained, minimizing the overall damage. This approach helps create barriers between critical components and external networks, making it more challenging for attackers to infiltrate and disrupt the industrial control systems.
To stay ahead of evolving cyber threats, continuous monitoring and threat intelligence sharing have become essential. Organizations actively collaborate with security experts and participate in information-sharing initiatives to stay informed about the latest attack trends and vulnerabilities. This proactive approach enables them to implement timely security updates and patches, fortifying their industrial control systems against emerging DDoS attack techniques.
Safeguarding industrial control systems from disruptive DDoS attacks requires a multi-faceted approach. By leveraging cutting-edge technologies such as anomaly detection, traffic filtering, rate limiting, network segmentation, and continuous monitoring, organizations can enhance the resilience of their ICS infrastructure. These proactive measures ensure that critical infrastructure systems remain secure, allowing industries to operate smoothly while mitigating the risk posed by DDoS attacks.
Critical Infrastructure at Risk: How Industries Are Strengthening Defenses against DDOS Attacks
Did you know that critical infrastructure systems are becoming increasingly vulnerable to cyberattacks, particularly Distributed Denial of Service (DDoS) attacks? These attacks can disrupt essential services and cause significant financial losses. In response to this growing threat, industries around the world are ramping up their defenses to safeguard critical infrastructure from DDoS attacks. Let's explore how they are doing it.
Understanding DDoS Attacks:
Before diving into the defensive measures, let's quickly grasp what a DDoS attack entails. Imagine your favorite restaurant being flooded with hundreds of customers all at once, overwhelming the staff and preventing other customers from getting in. Similarly, DDoS attacks flood a targeted system, such as a website or server, with an enormous number of requests, rendering it inaccessible to legitimate users.
Industry Efforts to Bolster Defenses:
To combat the rising tide of DDoS attacks, industries are adopting proactive strategies and cutting-edge technologies. Firstly, deploying robust firewalls and intrusion detection systems helps detect and block suspicious traffic, preventing malicious actors from infiltrating networks. Additionally, investing in scalable network infrastructures enables organizations to absorb and mitigate the impact of large-scale attacks effectively.
Moreover, industries are embracing the power of artificial intelligence (AI) and machine learning (ML) algorithms to detect patterns and anomalies in network traffic. By analyzing vast amounts of data in real-time, these advanced technologies can identify and thwart DDoS attacks swiftly. The combination of AI and ML also enhances the accuracy of threat detection, reducing false positives and improving overall network security.
Collaborative Defense Measures:
Industries recognize the importance of sharing threat intelligence and collaborating on defense mechanisms. Information sharing platforms and industry-led initiatives facilitate the exchange of knowledge and insights regarding emerging threats and effective countermeasures. This collaborative approach allows organizations to stay one step ahead of cybercriminals and adapt their defenses accordingly.
As critical infrastructure continues to face the growing threat of DDoS attacks, industries are taking proactive steps to strengthen their defenses. From implementing robust firewalls and intrusion detection systems to leveraging AI and ML algorithms for real-time threat analysis, organizations are committed to safeguarding essential services from disruptive cyberattacks. By promoting information sharing and collaboration, industries can collectively fortify their defenses against evolving threats and ensure the resilience of critical infrastructure systems. Stay tuned for more insights on this crucial topic!
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AI-POWERED OPEN INNOVATION
LG AIX Exchange
As rapid advances in artificial intelligence technology present
an array of new possibilities for transforming our lives,
we’re all about building an open eco-system
for human-centric research and application of AI.
LG AIX EXCHANGE
Benefits & Opportunities
Access to LG’s Global Products /
Services / Market /
Marketing & PR Network
Collaboration & Support
Access to LG’s technology & platforms –
ThinQ home, webOS,
ThinQ Platform, etc.
Acceleration & Investment
Support for your business model
design & verification,
strategic development, networking, etc.
The Future of AI & Human Experience
At CES 2020, LG Electronics, in partnership with Element AI,
launched the Levels of AIX Framework – a roadmap for the Future of AI and Human Experience.
Such emphasis on the user experience of AI technology informs all our AI-powered innovations.
AIX Exchange news
In this fourth episode of AI Experience, we deep dive into how UX is evolving to better address users’ needs. Go to www.AIXexchange.com to learn even more from AI experts and leaders in various fields such as design, anthropology, policy, consumer and employee advocacy. Developers and potential partners are encouraged to explore the ThinQ Platform at thinq.developer.lge.com to experience what’s…
In this final episode of our six-part AI Experience series, we examine the dynamics of the human-AI relationship and what that will mean for the evolution of the technology. Throughout history, humans have always been masters of the technologies and machines they have created. But with artificial intelligence, the dynamics of this relationship may change.…
In the fifth episode of the AI Experience series, we look closer at the importance of contextual understanding in the advancement of AI. For more on this topic, visit www.AIXexchange.com. Developers and potential partners interested in LG’s ThinQ Platform should check out thinq.developer.lge.com. From AI speaker that recommend movie and TV shows matched to our personal tastes, AI…


July 14, 2023
Do you constantly struggle to tame a mess of tangled cables and cords? We've all been there, fighting against the cable chaos that invades our homes and workspaces. It's frustrating when wires have a mind of their own, no matter how much time you spend organizing.
Luckily, there is an innovative DIY solution to take back control - magnetic cable mounts. In this post, we'll provide a step-by-step guide to creating your own sturdy, customizable mounts using basic hardware store supplies. Say goodbye to cable frustration and harness the power of magnets to keep your cords neatly in their place with these game-changing organizers.
- Magnetic Cable Tie Mounts are an innovative solution for cable management, offering a versatile, reusable, and neat way to organize cables.
- The mounts are easy to make using simple materials like wood, magnets, and cable ties, and can be attached to any magnetic surface for efficient cable organization.
- The strength of the mounts can be adjusted by testing different combinations of magnets and cable ties, ensuring a reliable solution for keeping cables organized.
Magnetic cable mounts offer a reusable, DIY approach to simplify cable management. With just some simple rare earth magnets magnets, ties, and adhesive, you can fashion mounts that:
By keeping your cables properly mounted and managed, you can reduce clutter and free up more space for what matters most to you.
You now have magnetic cable tie mounts for cable management using easily sourced materials! Make multiples and mount anywhere metal to neatly organize cords and wires.
To ensure that your magnetic cable tie mounts are effective in holding and organizing your cables, it's important to test and adjust the magnetic strength.
Once you've created your mounts, it's time to put them to use for organizing cable chaos! Follow these tips:
With smart positioning and mounting, your DIY magnetic cable mounts will keep cords firmly in their place - no more dealing with a tangled mess! Use them anywhere cables tend to gather and watch your frustration transform into satisfaction.
Now you have the knowledge to create your own magnetic cable mounts for taming cord chaos! With the right materials and strategic placement, you can say goodbye to tangled wires and enjoy orderly media centers, desks, and workspaces.
Experiment with different mount shapes and magnet strengths to customize the perfect solution for your needs. Remember, bigger magnets gripped perpendicular to surfaces provide the most secure cable hold.
Mount, gather, and tie down your cables in just minutes for clutter-free, functional spaces. No more time wasted untangling wires - just simplicity, efficiency and freedom thanks to the power of DIY magnetic cable mounts.
To make your own magnetic cable tie mounts, you will need strong magnets, adhesive tape or glue, cable ties, and a clean surface to attach the mounts to.
Start by attaching the magnets to a flat surface using adhesive tape or glue. Make sure they are securely in place and evenly spaced apart.
After creating the magnetic base, thread one end of a cable tie through its respective hole and secure it tightly around the base. Repeat this step for each desired attachment point.
Metallic surfaces are needed to hold your magnetic cable tie mounts. the effectiveness of these mounts may vary depending on the type of surface they are attached to. Smooth and clean surfaces tend to provide better adhesion compared to rough or uneven surfaces.
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August 20, 2023
This article provides a comprehensive guide on cable clips, including types of cable clips, how to attach cables to a wall without nails, choosing the right size cable clip, proper cable clip installation, and references for further reading. It also includes practical tips, anecdotal evidence, and unique content to engage readers. The article aims to help readers organize their cables and improve the aesthetics and functionality of their spaces.
August 20, 2023
Magnetic cable ties are a convenient and efficient solution for organizing and managing cables during your daily commute. They simplify cable management, save time and effort, and offer reusability. These ties are versatile and can be used for various applications beyond cable management. They are durable, safe, and have an innovative design. In comparison to traditional cable ties, magnetic cable ties offer advantages such as reusability, adjustability, safety, versatility, durability, cost-effectiveness, and a sleek appearance. By incorporating magnetic cable ties into your daily routine, you can enhance productivity and optimize your commute experience.
August 20, 2023
In this blog post, we delve into the world of magnetic cable ties and explore their remarkable features and benefits. These innovative tools offer a solution to the perennial problem of tangled cables, providing a convenient and secure way to keep your cords organized. From their strong magnets and quick lock/release mechanism to the cable passage design that ensures cables stay attached, magnetic cable ties are a game-changer. We also provide practical tips for cable bliss, such as storing cables without tangling and using zip ties effectively. Testimonials from satisfied users add a personal touch, and we offer ideas for creating your own cable oasis. Say goodbye to cable chaos and welcome a tidier and more organized life with magnetic cable ties.


Mechatronic Engineering Technology
Be anexcellent vocational education in the field of mechatronic engineering technology that supports agriculture, animal husbandry and food processing at national and international levels
- Organizing and developing qualified, innovative, and competitive vocational education in the field of mechatronic engineering technology.
- Conducting applied research and community service in the field of mechatronic engineering technology that is beneficial for science.
- Expanding cooperation both at national and international levels in the field of mechatronic engineering technology.
PROJECT MANAGER / SUPERVISOR / ENGINEERING
The graduates are capable and skilled in running / managing (designing, reviewing, and analyzing) mechatronic engineering projects for industrial production / manufacturing / automation processes. The graduates are able to apply theoretical electronics, mechanics and software systems to solve engineering problems in Pneumatics, Electronics, microcontrollers, CAD and CAM-based mechatronics, PLCs, and HMI, SCADA, and Internet of Things (IoT), skillfully able to carry out maintenance planning, and maintenance of production/manufacturing/industrial/automation systems.The graduates areable to apply scientific principles, occupational safety and health.
PROJECT CONSULTANT / DESIGNER / DEVELOPER
The graduates are able to design, develop projects, in manufacturing/industrial/automation in Pneumatic, Electronics, Microcontroller, CAD and CAM-based mechatronic engineering systems, PLC, HMI, and SCADA, and Internet of Things (IoT). The graduates are able to be responsible for the achievement of work results and supervise and evaluate the completion of work assigned to workers under his responsibility.The graduates are able to have mechatronic engineering skills that support the fields of agriculture, animal husbandry and food processing. The graduates are able tomake appropriate decisions based on standard procedures, design specifications, work safety and security requirements in conducting supervision and evaluation in the field of Mechatronic Engineering.
RESEARCH / EDUCATION / INSTRUCTOR
The graduates are able to be professional and responsible educators/trainers of the academic/vocational/professional education. The graduates are able to apply science, mathematics, engineering principles, engineering procedures, applied engineering methods, and general engineering processes in the field of Pneumatics-based mechatronic engineering, Electronics, microcontrollers, CAD and CAM, PLC, HMI, and SCADA, as well as the Internet of Things (IoT).The graduates are able to communicate in Indonesian and English both written and oral in the field of mechatronic engineering. The graduates are able to conduct research in the field of mechatronic engineering. The graduates are able to understand and implement workshop SOPs, laboratory activities and K3. And, the graduates are able to document, store, secure, and retrieve data to ensure validity and prevent plagiarism.
TECHNOPRENEUR, INITIATOR, COOPERATOR
The graduates are able to play a role as a business and service actor in the design and manufacture of products/equipment/automation systems by demonstrating a responsible attitude to work in the field of mechatronic engineering based on Pneumatics, Electronics, microcontrollers, CAD and CAM, PLC, HMI, and SCADA, as well as the Internet of Things (IoT), independently and reliably. The graduates are able to apply the Indonesian National Standard (SNI) in the manufacture of products and ready to adapt to technological advances.
Letter of Establishment Number
FIELD OF STUDY
- PLC / HMI
- Embeded system
- Engineering drawings
- CAD & CAM
- Manufacturing Process
- Analog Electronics
- Digital Electronics
- Sensors and transducers
- Basic Programming
- Mobile Programming
- Laboratory of Basic Electronics
- Laboratory of Measurement and instrumentation
- Laboratory of Automation (PLC and pneumatic)
- Laboratory of Image studio (2D, 3D and 3D printing)
- Metal Laboratory
- Laboratory of Robotics
- Basic level PLC certification
- Mid-level PLC and HMI certification
- Scada Certification


Pilgrim Nuclear Power Station News
Solar generators are peaceful and low-maintenance gadgets. They can assist minimize your electrical power costs; you can charge your solar generator during off-peak hours (when the electricity rate is lower) and also use it during optimal hrs.
Allow’s claim you desire your solar generator to run your refrigerator for at the very least 5 hrs. the ordinary power score of a regular-size fridge is around 450W. So the complete power demand of your fridge would be: There you have it to run your fridge for five hours, you ‘d need a solar generator with a capability of at the very least 2250 Wh.
Discovering The Right Solar Generator For Your Home After you’ve computed your energy demands (in Wh) to survive a blackout, you can start searching for a generator with attributes that ideal suit your houses demands. Allow’s claim you have actually determined a total quantity of 6100 Wh; you’ll require to locate a solar generator that can offer a little bit moreover – Bluetti Ac30.
Conversely, solar generators obtain their power from solar panels and also shop it as chemical power (in solar batteries). The only noise stemming from solar generators is the sound of the internal air conditioning fan, which kicks in to prevent any type of getting too hot threats (present in some solar generator versions).
Solar Generator For Laptop
Solar generators can be maintained outdoors as they can be billed making use of mobile solar panels. Should A Solar Generator For A Residence Support Split Stage Bonding? It depends on exactly how you plan to utilize your solar generator.
By doing this, they can supply a high power capability, efficient in powering numerous home appliances for a reasonable quantity of time – Solar Generator Comparison Chart. They aren’t just useful to you as well as your family members during emergency situation scenarios; they likewise profit the environment with their capability to harness power from the sunlight.
Solar Generator For Laptop
Discovering the finest solar powered generators for home usage can be difficult. There’s a great deal to assume regarding! You’ll have to establish your power needs, discover a generator with enough ability, and also guarantee it has the attributes you desire. If you’re seeking a solar-powered generator for your residence to preserve power, continue reading. Portable Solar Detroit MI .
Solar-powered generators are gadgets that collect power with solar panels after that store it in a battery for later usage. Some solar-powered generators, or portable power terminals, as they’re in some cases called, come with solar panels included.
Solar Output Port
When to Use a Solar-Powered Generator Solar power generators can range in dimension, yet many are on the smaller sized end. You can use them for your home when there’s a power blackout or emergency situation, usually for several days at a time.
Because case, you’ll want one with a high capability. Ideally, you’ll be able to link several batteries to raise the capability better (Bluetti Eb70). Or else, you’ll most likely need to decrease your electricity demands dramatically. Of training course, utilizing one for off-grid living also works finest when you live someplace warm, where recharging is simple.
Solar Generator for RV
In general, solar energy generators connect to incorporated or different solar powers, which gather power in the kind of straight existing (D.C.) electrical power. A cost controller within the generator controls the electrical energy coming from the solar panels so the battery can store it. When you prepare to use the kept electrical energy, an inverter within the generator changes the electrical energy from D.C. Bluetti Ac30. Portable Solar Detroit MI .
Selecting Battery Ability Once you understand your power requires, you can select a solar power generator with the appropriate battery capacity. When selecting battery capability, it’s crucial to understand watts and watt-hours. All of the appliances you listed as necessary will have a wattage ranking, and also, you’ll see, the power calculator gives you a dimension in watts.
Do solar generators operate at evening?
What is one of the most powerful solar generator?
Can a solar generator power an ac unit?
How do you attach a solar generator to your home?
It takes regarding three as well as a fifty percent hrs to reenergize this generator. If needed, you can also reenergize it utilizing your car (solar generation). It will take much longer, near eleven hours, yet at the very least you have the option! The AC200P likewise has 6 A.C. electrical outlets for very easy usage, a cigarette lighter, and a number of USB outlets.
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What is DNSSEC?
DNS Security Extensions, known as DNSSEC, provides a way to authenticate DNS response data. Before you connect to a website, your browser has to retrieve the IP address of the site using DNS. However, it is possible for an attacker to intercept your DNS queries and provide false information that would cause your browser to connect to a fake website where you could potentially provide personal information. DNSSEC provides a level of additional security where the web browser can check to make sure the DNS information is correct and was not modified. Note, that DNSSEC is NOT only for the Web, but also can be used by any other Internet service or protocol.
How does DNSSEC work?
DNSSEC creates a secure domain name system by adding cryptographic signatures to existing DNS records. These digital signatures are stored in DNS name servers alongside common record types like A, AAAA, MX, CNAME, etc. By checking its associated signature, you can verify that a requested DNS record comes from its authoritative name server and wasn’t altered en-route, opposed to a fake record injected in a man-in-the-middle attack.
If you wish to enable DNSSEC, please visit the How Do I Enable DNSSEC article.


ViXS Systems Inc.
The semiconductor company makes media processors that allow users to distribute and manage video and audio. You’ll find ViXS chips in such devices as set-top boxes, PVRs and Blu-ray players.
|Founded: 2001||Chief Executive(s): Sally Daub|
|Website: www.vixs.com||Head Office: Toronto|
|Growth 2007-12 (%): 62||Revenue 2012: 20-50 million||Reporting $: USD|
|Exports as % of Sales: 100||Employees 2012: 359||Employees 2007: 266|


New scanning sensors, soft sensors, open-ended multivariable control, and the first steps to integration with web inspection are expanding the definition of quality control.
It’s been almost 50 years since the first computer-based paper machine quality control systems hit the market. Over the intervening years, a lot has happened to advance the scope and effectiveness of the measurement and control capabilities.
In this exclusive interview, Valmet’s Jari Almi, director of quality management systems, and Seyhan Nuyan, director of pulp and paper applications, discuss new developments and the direction of the technology and applications. Valmet has recently introduced a new QCS that incorporates pre-machine furnish measurements as well as scanned dry sheet measurements and associated multivariable control, stretching the boundaries of measurement and control systems.
Paper360°: What were the reasons for the introduction of a new QCS at this time?
Nuyan: When it comes to quality management, our approach has been to expand the scope of automation. We’re moving from standalone and individual control loops that manage only one papermaking problem to developing new technology and managing the key quality variables in a multivariable setting from furnish to end use properties and, finally, profitability of the enterprise. Our new QCS is another step in this strategy. The QCS market is essentially a replacement market, so our solutions need to offer more than just solving obsolescence at a competitive cost. Also, by recognizing the fact that initial investment of a QCS replacement is a fraction of the total cost of ownership, the new offering was targeted to minimize even further the cost of ownership after the initial capital investment. This has helped us to reach a record in competitive replacements.
Almi: Our product development was started in 2012 to aim for a product portfolio launch in 2015. Our goals included new spearheads specifically for tissue, board, pulp, and special paper grades. Luckily, it was a perfect time, considering the automation group acquisition by Valmet in 2015. That meant renewal and customer focus under the same umbrella.
Valmet promotes this system as an application-specific solution rather than a generic product. Please explain.
Nuyan: An application-specific approach is not new for Valmet and is, in my opinion, a must-win strategy in this business. As the needs for tissue, paper, board, and pulp are specific to each application—from furnish to specific end properties—our offering must be structured similarly. That is our differentiation. Using this strategy, we also now have application-specific solutions for converters—such as systems for corrugators, extruders, and self-adhesive laminate machines—and for other adjacent industries.
Some of the unique portfolio of solutions in the tissue segment, for example, include non-nuclear weight and moisture measurement in one sensor, tissue color measurement, softness measurement, both laboratory and online measurement of fibrillation, and prediction of strength properties. Tissue making is an optimization between softness and tensile strength. Imagine the power that multivariable control of these new softness and strength measurements could impart to the tissue producer!
Almi: Our board machine control concept has a new tool to measure and control fiber surface orientation and printability prediction through the IQ Surface sensor. This is also a unique addition to all printing and writing grades. Additionally, in combination with fiber furnish measurements in our Valmet Pulp Analyzer (MAP), the QCS controls can now be enhanced with a new sheet strength prediction capability. This soft sensor concept is a first for a QCS.
Entering the paper and board converting segment with the Valmet IQ quality control solutions is one of Valmet’s growth initiatives. Previously, we supplied a moisturizer system to an SAICA corrugated converting plant in Spain. A repeat order from SAICA for a plant in France and another in Spain is proof that we are on the right track for delivering quality control solutions for the converting industry. By precisely controlling moisture in the corrugators, SAICA’s plants will be able to reduce corrugated board warping and consequently reduce waste and improve productivity in their converting processes.
The tissue softness measurement sounds intriguing. How is tactile feel simulated? What are the proposed ways to manage it?
Nuyan: This is indeed quite intriguing. The tactile feel correlates quite well to a filtered image of the tissue surface topography. It has been obvious to machine operators that the sensor output was predicting when they should change yankee blades to achieve the required softness quality with longer blade run times, hence saving money. Before long, we will start seeing optimization applications between softness and strength properties or possibly between other properties such as tensile energy absorption (TEA), elastic modulus, or roughness.
Many factors impact softness, including furnish selection, coating chemicals, creping, layering, moisture uniformity, and pressing. With the addition of the softness measurement, we have more eyes on the process to help manage it, which is happening now in manual mode. Our understanding of the softness mechanism will increase quickly now that it can be measured online with immediate feedback.
What other scanning measurements are being introduced?
Nuyan: We have introduced a very versatile, single-sided moisture measurement that can be used in multiple fixed-point positions from the press to the reel, or on either a full scanner or a single-sided scanner. Another unique attribute of this sensor is the ability to measure from distances up to 50 cm. This moisture measurement on the new single-sided scanner also offers a good solution for converting and corrugated boxboard applications. For converting there is now also a new silicon measurement, which can be used to minimize the cost of silicon.
Almi: We have introduced a fiber orientation control concept with surface orientation and total orientation measurements. There are separate measurements for surface fiber orientation of coated board to prevent diagonal curl, and total orientation measurement for lighter weight grades.
For pulp dryers, we have a new microwave measurement that measures fiber weight and moisture simultaneously. The value is a lower investment cost and lower life cycle cost since there is no radiation measurement related to maintenance costs.
Compare the system’s multi-variable controls to traditional feedforward/feedback controls. How does this change the way paper machines could be controlled now and in the future?
Nuyan: Multi-variable controls are more flexible than traditional controls. More controlled, manipulated, or disturbance variables can be incorporated into a single controller. Valmet service personnel can add new process areas at a mill site without the need for reconfiguration and system generation.
Another important aspect of the new IQ Optimizer is the incorporation of a proper database so that grade management and reporting functions can be done easily. Management information applications and online and offline analysis tools (like machine monitoring and spectral analysis) can use the database.
Almi: Our new IQ Optimizer is more open in the configuration point of view. This provides an opportunity to connect all wet end analyzers and consistency measurements into MD control to improve overall process stability.
For the first time a QCS and a web inspection and break analysis system are being proposed as a related solution. What is the degree of commonality or integration?
Nuyan: This is still in its infancy, with just a few limited applications coming now into the same family. In one of the integrated applications, customers can view the defects seen by a web inspection system on the same map where the QCS profiles can be displayed. Operators can visualize relationships between QCS measurements (for example, web moisture) and defects, and possibly find correlations. Information from both systems can be combined into custom-designed reports according to the need.
Is the new technology in this current system compatible with previous Metso and Valmet QCSs?
Almi: It is fully compatible with previous generation systems back to 1995. We also promise forward compatibility to future systems. One of the biggest decisions in 2012 was to define our policy to not cut compatibility with previous-generation systems. We could have made far bigger innovations in the new system by cutting the compatibility. Instead, we want to continue offering improvements to existing customers. It’s like putting a new, more powerful engine in an old car for better performance. With Valmet IQ, we can offer even a 1995 system the latest measurements and controls.
In recent years, total cost of ownership or lifecycle cost has become an influence on purchasing decisions. How does this new system address those costs?
Nuyan: The system’s modularity and new design features allow for easy expansion. Upgrades are now easier to make, require less rework, and are hence less expensive. Also, there is increased capability for machine diagnostics and variability analysis tools to visualize and warn of developing problems.
Almi: Full backward compatibility provides the latest features for our installed base, thereby improving paper quality, providing fiber and energy savings, and other benefits that you cannot reach with traditional upgrades of an obsolete system.
Where do you see QCS technology and applications heading in the next five to 10 years and what will be the impact on papermaking?
Nuyan: The transformation from being simply a measurement and control system to becoming an “operator’s friend” will continue with a focus on controls and applications that help the operators at many different levels. The enabling factors in this transformation are new measurements that are fast enough for machine and process troubleshooting, MD/CD decoupling capability, growth in multivariable controls for MD and CD, and sophisticated analysis techniques. Holistic strategies will be implemented as a result. This includes the ability to incorporate the important properties of the specific grade and the strategic targets of the enterprise to make decisions on how the process should be run—for instance, which control knobs should be used and where they should be set; or what actions are taken when the system issues warnings, makes recommendations, and schedules downtime. At the end of the day, the system is able to contribute to the profit picture.
While there will still be hardware sensors, increasingly the use of soft sensors will enter the control domain. The concept from “pulp properties to paper properties” will continue to be developed to the level that upstream actions can be taken with the new control techniques. Fiber characterization and soft sensing will help us control paper properties that we cannot today.
Almi: The development of grade-specific solutions will continue, but maybe the biggest leap will be to introduce more advanced quality controls for papermaking. In recent years there have been a lot of new measurements introduced and, along with increased computing power, there should be a way to better use all this information to control the machine effectively.
Big data techniques will unleash a number of new applications to make a QCS truly an operators’ companion. The industrial Internet, remote connectivity, and mobile devices will be used in this context. New service concepts will be developed based on the new technologies.
Mark Williamson is a journalist engineer based in Ontario, Canada. Contact him at [email protected].
Valmet’s new system takes the first steps toward integrating QCS and web inspection.
The Valmet IQ has new scanning sensors for tissue softness, fiber orientation, surface printing quality, and more.


Google Earth Offline Installer for Windows PC
Google Earth Offline Installer is a computer suite virtual globe, map and geographical information software. It developed by Keyhole, Inc, (a central intelligence agency funded company) later it was acquired by Google in 2004. Google Earth maps the earth by the superimposition of images that taken from aerial photography, satellite imagery, and the geographic information system onto a 3D Globe. Initially, it was available with three different licenses, but now it has been reduced to just two versions namely Google Earth and Google Earth Pro. Google Earth is a free version with limited function whereas the Google Earth Pro is a paid version of cost $399 per year, but now it is free for commercial use. Google Earth Plus is the third version, but it has been discontinued. Google Earth Offline Installer displays the satellite images with the varying resolution of the earth’s surface which allows you to view places like cities and houses. Image resolution varies from 15m of resolution to 15cm. Most of the areas in the Google Earth app are shown only in 2D aerial imagery, but 3D images of terrain and buildings are also available.
With Google Earth, one can view the entire earth in three dimensions because it uses the DEM (digital elevation model) data collected by NASA’s SRTM (Shuttle Radar Topography Mission). You can search for addressed for some counties, enter coordinates, or by just using the mouse to browse to a location. It is the last feature of the app but it is not least by using this feature you can enjoy the 3D views and it can be clearly viewed by some the specially created buildings in some of the most popular cities all around the world, and at the same time you can able to share and save all your favourite location in your PC in just a single click. The app can go even deeper zoom, Google Earth that remains as one of the most interesting applications ever created in the world.
Some people’s use Google Earth to add their data, thereby making them available through the various resources. Google Earth can show different kind of images which overlaid on the surface of the earth and it supports three-dimensional Geospatial data through KML (Keyhole Markup Language). Google Earth Offline Installer is compatible with all type of Windows Versions (Windows XP/Vista/7/8/8.1/10), and it is available for both 32bit and 64bit users.
Specifications of Google Earth Offline Installer
Software Name: Google Earth
Software Author Name: Google
Version: Latest version 188.8.131.5236
Software Categories: Desktop
Os type: 32 Bit, 64 Bit
Languages: Multiple languages
File size: 37.7 MB
Features of Google Earth
The top features of Google Earth are listed below
User-friendly interface: Google Earth has a straightforward and clean interface with Earth right in the middle. You can zoom in and out or move around by using the mouse with ease.
Street view mode: In Google Earth Offline Installer street view mode gets you right on the street thanks to the image taken by Google cars. However, all the locations will not be included in this feature.
Favorite locations: With Google Earth Offline Installer, you can save and share favorite places by just one click.
Search for locations all around the world: Google Earth comes with Flash videos in placemark balloons and tools to search for parks, restaurants, temples, schools, colleges, and other places quickly and easily.
3D views: You can also view the 3D views with the help of specially created buildings in the major popular cities in the world Via Google Earth Offline Installer
Related Softwares for Google Earth Offline Installer
The Related Softwares for Google Earth Offline Installer are listed below. Install Google Earth Offline.
- iPadian Offline Installer for Windows PC is an Adobe Air-based iPad simulator which permits you to run iPad applications your PC by yourself.
- Ezvid Offline Installer for Windows PC is the program that permits for performing several useful tasks for the PC users.
- Adobe Shockwave Player Offline Installer for Windows PC contains contents for supporting Anaglyph Stereoscopy.
- Vuze Offline Installer for Windows PC helps to access with the BitTorrent downloader that is used to transfer torrent files.
- Visual Studio 2017 Offline Installer for PC added a new feature called “fuzzy matching,” that means when you type a name, and even if you misspell
Download Google Earth Offline Installer
Google Earth Offline Download is compatible with all type of Windows Versions and it is available for both 32-bit and 64-bit users.
Click here to Download Google Earth App Offline Installer
System Requirements for Google Earth Offline Installer
Windows Vista (32- and 64-bit)
Windows XP Home or Professional with Service Pack 2 or later (32- and 64-bit)
Windows 7 (32- and 64-bit).
Previous Versions of Google Earth Offline Installer
The previous versions of Google Earth Offline Installer & Download Google Earth Offline Installer Latest Version here.
- Google Earth 184.108.40.20606 – Released: 12 Oct 2016
- Google Earth 220.127.116.1100 – Released: 01 Sep 2016
- Google Earth 18.104.22.1687 – Released: 22 May 2015
- Google Earth 22.214.171.1249 – Released: 08 Apr 2015
- Google Earth 126.96.36.1991 – Released: 31 Oct 2013
- Google Earth 188.8.131.529 – Released: 25 Sep 2013
- Google Earth 184.108.40.2061 – Released: 28 Jun 2013
- Google Earth 220.127.116.110 Beta – Released: 23 Apr 2013
- Google Earth 18.104.22.16815 – Released: 18 Dec 2012
- Google Earth 22.214.171.12444 Beta – Released: 02 Nov 2012
What’s New in Google Earth Offline Installer Version
- Improved performance by fixing the general issues.
How to download Google Earth Offline
Step by step procedure to download Google Earth Offline
Step 1: Download Google Earth Offline Installer to your PC by clicking the above icon,
Step 2: Then wait for Google Earth installer file to download on your PC. Once the installer file is download, double-click and run the file to open the installer tab.
Step 3: Then wait for Google Earth to install on your desktop.
Step 4: Once the installation process is finished click “Close” to close the installer tab.
Incoming Related Searches
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Thank you for reading the post. If you have any questions about Google Earth Offline Installer, please comment below.


Sky Wireless Connector MINI
Brand new complete with 12 month warranty
Sky's Wireless Connector (Mini version) gives you the freedom to connect to On Demand wirelessly - perfect if your Sky+HD box and broadband router are in different rooms or you'd prefer not to run a cable.
Your Wireless Connector unlocks all the features of On Demand - all you need is Sky TV, a compatible black Sky+HD box and a fast enough broadband connection. This is the "mini" version which connects via the USB port on your Sky+HD digibox rather than needing a separate plug to power the connector.
Watch some of the week's best TV from Sky on demand, including BBC iPlayer, ITV Player, 4oD and Demand 5. *On Demand features are subject to the Sky subscription package you have, please visit the Sky website for more details.
Note - this "mini" wireless connector will only work with box versions beginning with 4F31 (Amstrad/Sky DRX890 or DRX895). For older versions of digibox, you may need the alternative version. To confirm this, either check the NDS sticker on the back/bottom of your digibox, or press SERVICES 0 3 on your remote and look for the version number.
Sky Wireless Connector Key Features
- Connects your broadband router to a compatible black Sky+HD box wirelessly
- Powered via the USB port on your digibox so no need for a separate power plug
- Supports both 2.4GHz and 5GHz at up to 300mbps
- Easy wifi setup using WPS 1 button technology (if available on your router)
- Unlocks a world of entertainment on demand, right on your TV
- Simple discrete design with just 2 LED's (power and wireless)
- Small size at just under 90mm x 55mm x 20mm
Sky Wireless Connector Contents:
- Sky Wireless Connector
- USB to Micro-B USB Cable (50cm)
- Set Up Guide
The Sky Wireless Connector MINI set up guide can be found here
Setting up On Demand with your On Demand Connector MINI
1. Turn off your Sky+HD box by switching it off at the mains.
2. Plug in the large end of the black USB cable into the USB port on the back of your Sky+HD box. The smaller end goes into the back of your On Demand Connector MINI.
3. Turn your Sky+HD box on at the mains.
4. Wait two minutes before switching it back on from standby mode by pressing the sky button on your Sky remote and then select any channel.
Connect to your broadband router
If your broadband router has a WPS (Wi-Fi Protected Setup) button:
1. Press and hold the WPS button on your broadband router for two seconds.
2. Within one minute press the WPS button on the On Demand Connector MINI and hold for two seconds. The wireless light on the front of your Sky+HD box will flash amber while the box attempts to establish an internet connection. It will turn solid amber when the connection has been successful.
If your broadband router doesnít have a WPS button, or you donít want to connect by WPS, then you can connect by entering the Wi-Fi password:
1. Press services, 0, then 5 on your Sky remote. This will take you to the Network tab. Youíll see a choice of three options for connecting your Sky+HD box.
2. Choose Connect with Password using your Sky remote and press select.
3. Choose your wireless network (SSID) from the list and press select. If you're not sure what your wireless network is called, this can usually be found on the back or base of the broadband router, next to the password.
4. Enter the password using your remote control then press select to connect. Remember that passwords are case-sensitive: you can cycle through uppercase letters, numbers and lowercase letters through repeated pressing of the number buttons on your Sky remote. Special characters can be entered by repeated pressing of the 0 button.
If you prefer to connect your broadband router using a WPS PIN, press services, 0, then 5 to show the Network tab and select Connect with WPS PIN. Follow the onscreen instructions.
To check that setup was successful, press the tv guide button on your Sky remote, then the red button to enter the On Demand menu. If each programme is shown with its own picture then the setup is complete and you're now ready to use On Demand.
Click here for delivery times and cost.


and monitor products are important tools that have a very useful application in our daily lives. These devices measure contaminants or airflow which is hard for the naked eye to monitor. Nowadays, airflow indicators are usually attached to local exhaust ventilation systems or LEV systems. Those who are using LEV systems or other similar systems can feel more safe because of these indicators.
There are three basic types of airflow indicator products in the market: the digital airflow indicator, the analogue type and airflow and LEV test devices. The first one, the digital airflow indicator, which is also called the chevron indicator is popular because it can be used for measuring fumes when there is welding activity, dust from wood shaving work or for just about anything or anywhere where fumes are present. The disadvantages of the digital indicator is that it easily fits in a lot of places. It is also very easy to calibrate so it is very user friendly. Best of all, this type of indicator is very affordable.
Read more on; https://en.wikipedia.org/wiki/Airspeed_indicator
Meanwhile the analog airflow monitor is usually mounted directly to duct works. The dial, which is enclosed in a stainless steel case, can be easily customized depending on the application that it is intended for and it comes with an install kit. Once properly mounted it will tell you that your LEV system is working at desired levels.
Moving on, to ensure that hoods or LEV systems are working properly, you would also need devices for testing. Airflow and LEV test devices come in many forms. There is this thing called hot wire USB anemometer, tip extraction flow meter, smoke tube kit, mini vane anemometer, pocket proof anemometer. Each test device have their particular purpose. Because these airflow monitors are very important, the test devices must also be reliable. Click here
for more information.
Having said that, it is important to find a company that supplies the best airflow indicators and monitor products. If you are new to these devices, there are a lot of makes and distributors of these products that it can be hard to find one that really sells the best ones. In that case, you need not fret as you there are many resources online to help you find the best products and the company that supplies them. Or you if you need more information or if you need to buy one of these monitors then you should click here to get started.


A better way to transfer 9-1-1 calls
Your PSAP may communicate with many agencies that are not equipped with critical communications workstations. That can mean no Automatic Location Information (ALI) accompanies transferred calls, and the agency may have no idea who is calling.
Guardian Responder Position enables any agency to receive ALI along with the voice call, without the need for a costly workstation. It’s an advanced, full featured IP telephone with multiple lines and call appearances that clearly distinguish between 9-1-1 and administrative calls – and it presents ALI information upon answering a 9-1-1 call.
The large 144 x 128 pixel graphical backlit LCD display is easy to read and features:
- Soft white backlight for user comfort
- Backlight Auto-on setting with configurable timer
- LED for call and message waiting indication
Guardian Responder Position significantly improves the audio quality of calls on each audio path – handset, hands-free speakerphone or headset port. Wideband audio technology delivers enhanced performance and voice clarity:
- Full-duplex quality speakerphone
- Independent volume setting for handset/speaker/headset
- Echo cancellation
- Packet loss concealment
- Modular headset connector with built-in amplifier
- Electronic Hookswitch (EHS) support for wireless headsets
- Voice Quality Metrics, including MOS
- Hearing aid compatible (HAC) handset
Save time and money – dual auto-sensing switched Ethernet ports eliminate additional wiring and simplify installations. Integrated IEEE 802.3af Power-over-Ethernet allows easy deployment with centralized powering and backup.


Midori AI: Where Creativity and Innovation Blossom
Key Areas of Focus:
Cluster based AI:
We are actively working on developing cluster based AI training, and use. This involves utilizing multiple machines or nodes to work together on a single AI task, distributing the computational load and significantly improving the training and inference speed. By leveraging cluster-based AI, we can tackle larger datasets, train more complex models, and achieve better results.
Assistance for AI setup:
We offer comprehensive support for setting up programs like LocalAI and AnythingLLM. These programs provide user-friendly interfaces and tools to easily set up and manage AI models on local machines. Our support includes documentation, tutorials, troubleshooting assistance, and a community discord where users can share their experiences and seek help from our team.
We actively develop AI-powered (Discord for now) bots, leveraging their capabilities to enhance user experiences and automate tasks within the platform. This includes creating bots that can interact with users in natural language, generate creative content, provide information, moderate discussions, and perform various other tasks. Our AI bots are designed to be intelligent, responsive, and user-friendly, aiming to seamlessly integrate with the platforms that they are programed for and provide value to its users.
Model Serving / Model Hosting:
We aim to establish a comprehensive platform for serving and hosting AI models, enabling developers to easily deploy and share their models with others. This platform will provide a secure and scalable environment for hosting models, handle model management and monitoring, and offer APIs and tools for seamless integration with various applications. Developers can contribute their models to the platform, making them accessible to a wider community of users, researchers, and businesses.
Exploring Novel AI Memory Architectures:
We are committed to investigating and developing new memory architectures that enhance AI systems’ ability to retain and utilize information effectively. This includes exploring innovative approaches to memory organization, representation, and retrieval, as well as incorporating external knowledge sources and leveraging human feedback to improve memory performance. Our goal is to create AI systems with strong memory capabilities that can learn from past experiences, reason over complex information, and adapt to changing environments.
Carly: The Fully Simulated Human with Advanced AI Capabilities:
Meet Carly, our ground-breaking AI creation with remarkable human-like characteristics, including emotions, thoughts, and the ability to interact with the world. Carly operates on a powerful supercomputer, enabling complex interactions and continuous learning. Carly is designed to simulate human consciousness, perception, and decision-making processes, allowing her to engage in meaningful conversations, express empathy, and respond to various situations in a natural and human-like manner. Carly’s capabilities represent a significant milestone in the field of AI and open up new possibilities for human-AI interaction and collaboration.
Join the Conversation / Support Us
Explore Midori AI:
Unleashing the Future of AI, Together.


Embedded Software Engineer
Location: Mlada Boleslav or Prague Czech Republic (hybrid)
Duration: 12 months
- Embedded software development for mechatronic components and modules
- Typical projects are controllers for smart actuation products in automotive applications, e.g. networked precision valves in thermal management of battery electric vehicles
- Development of high quality automotive software solutions using e.g. the ASPICE process model
- Requirements and architecture analysis on the software level and alignments with corresponding system departments
- Support of test automation and continuous integration strategies together with testing and tool departments
- International collaboration in global development teams
- Experience with C programming for automotive embedded applications close to hardware
- Experience with the ASPICE assessment model is of advantage
- Experience in software unit test implementation is advantageous
Slots are limited, interviews are starting in the coming days!
If you are interested in this position and would like to be considered send me your CV ASAP. If you know someone that may be interested in this position or considered a good fit please send me their details as soon as you can, so I can get in contact with them.
Job Reference: Embedded Software En


VR research a reality at Runnymede
A Runnymede patient explores a new virtual reality research project spearheaded by the hospital in partnership with University Health Network’s OpenLab.
Virtual reality (VR) is coming to patients at Runnymede Healthcare Centre. In the months ahead the hospital will be partnering with OpenLab, a design and innovation
OpenLab’s pilot project, VRx, explores and evaluates the potential benefits of using VR with various patient populations. The VRx prototype is a series of short, immersive 360 degree films designed to provide a calming experience for participating patients. Exposing patients to VR could elicit buried memories that have been previously forgotten, and may also offer a virtual vehicle that can move patients beyond the walls of the hospital or confines of a bed.
At Runnymede, the activation and communications departments will be collaborating with OpenLab to use the immersive VR technology with patients at the hospital and then evaluate any benefits that are observed. “We’re very excited to have the opportunity to participate in this leading edge research project at Runnymede,” says Julie
As Runnymede moves forward with its first research project, it is cementing its position as a healthcare leader and demonstrating an ongoing commitment to its patients by leveraging new technologies that will heighten their experience at the hospital and raise the bar on the quality of care. “Participating in the VRx project with OpenLab is a turning point for Runnymede, and we can’t wait to see what the use of VR could mean for our patients,” says


Alfa Wifi USB adapter mini 150 Mbps (c)
Title: Alfa Wifi USB adapter mini 150 Mbps
Description: Alfa Wifi USB adapter mini 150 Mbps –
Detail: This USB adapter is a good choice for you: tiny size, fast transmission, stronger signal gain, IEEE802.11n standard supported, 150Mbps.
How to Use
1) Faster transmission.
2) Stronger signal gain.
3) Lower delay on game and movie.
Wireless Network Standards: IEEE 802.11n
Frequency range: 2.4-2.4835GHz
Network protocol supported: CSMA/CA with ACK
Transmission mode: DSSS
Device Type: Wireless Adapter
Operation systems: WIN2K, XP, VISTA, WIN7, MAC, LINUX.
Interface: USB 2.0
Product size: 18*9mm
Package size: 130*86*22mm
Net weight: 2g
Package weight: 33g
1 * Wireless NANO USB network card adapter
1 * CD (Driver & Utility & Manual)
1 * User manual
Weight: 0.50 KGsSKU: n/a
Huawei mobile wifi 3G 4G Cloud 5573
Title: Huawei mobile wifi 3G 4G Cloud 5573
Description: Huawei mobile wifi 3G 4G Cloud 5573 –
Detail: The Huawei E5573s 4G WiFi Modem allows you to enjoy 4G speed Internet even when you’re on the go. It allows you to connect up to 10 WiFi enabled devices so you can check your emails, surf the web, login to your social media and get your work done from almost anywhere.
You can connect to the modem with up to 10 WiFi devices simultaneously. It has an easy 1 touch setup button. The battery has a large 1500 mAh capacity to last for up to 6 hours working time and up to 300 hours on standby. The design is light and thin so you can easily carry it with you. It supports up to 4G speeds of 150 mps.
It also supports a mobile app with a barcode scan feature so you can quickly connect.
How to Use
1) LTE Category 4 Mobile Hotspot
2) DL 150Mbps/UL 50Mbps
3) Support up to 10 wireless terminals
4) Wi-Fi 802.11 a/b/g/n
Up to 4 operating hours
Up to 300 hours standby
Maximum Download Speed: Up to 150.0 Mbps
Maximum Upload Speed: Up to 50.0 Mbps
Microsoft Windows (Version when connected via USB Cable)
Mac OS (Version when connected via USB Cable)
E5573 Mobile Wi-Fi
Charger (Std. 3-pin)
Micro USB cable (120cm)
Quick Start GuideSKU: n/a
N computing cloud Dual core computer pc station Fl 300 wifi (c)
Title: N computing cloud Dual core computer pc station Fl 300 wifi
Description: N computing cloud Dual core computer pc station Fl 300 wifi –
Detail: Share your one computer with 20, 30 or even 100 more users. More than 98% Computing cost saving.
How to Use
1) Support 32 bit color in RDP connection.
2) Support playing 1080P HD Online Video in remote desktop. (Support streaming video remotely)
3) Adjust the resolution automatically according to the monitor.
Dual core CPU, 1 GHz, 512mb RAM
RDP7.1 Server internet online video play
32bit color depth (win7/2008)
Processor Dual Core 1 GHz
Built-in OS Embedded Linux 2.6 OS
RAM 512MB (can extend to 1G)
Video VGA Resolution 800*600/1024*768/1366X768/1440*900/1280*1024/1280*720/1920*1080
HDMI Resolution 1280*720/1920*1080(MAX)
USB port USB2.0 port×3
Storage 512MB flash
External Storage 4G TF Card (by default)
Upgrade Firmware Update
Physical Dimensions (mm) 164×116×32MM
Power supply DC 5V/2A
Energy consumption Static Power less than 5W, Maximum Power less than 7.5W
Video Support maximum 1080P HD video (exist on server already) from server.
Support server internet online video with normal screen
Protocol RDP 7.1
External port HDMI, VGA, USB*3, RJ45, Power supply port, Switch port
Working Temperature -20 ~50°C
WIFI Optional (now only the one with LAN is available.)
1x NComputing Cloud computer
Weight: 1.00 KGsSKU: n/a


FOR IMMEDIATE RELEASE
Contact: David Huff
Vice President, Sales and Business Development
I2R Nanowave Inc.
+1 (610) 928-1038; email@example.com
I2R Nanowave Inc. Announces New Family of Synthesized Sources
New Direct Digital Synthesis of High Performance S-, C-, and X-band Sources for Radar Applications
Philadelphia, PA: Today at the IEEE RADAR 2016 Conference, I2R Nanowave Inc., a leading designer and manufacturer of advanced microwave, millimeter-wave and electro-optic components and sub-systems, is announcing new line of Direct Digital Synthesizers (DDS). Quickly configurable to any frequency range, these units can be ordered in advance and frequencies finalized at a later date. These low phase noise DDS provide fast frequency switching and a high resolution of 1Hz. Built with Nanowave’s HMIC technology and tested to MIL-PRF-38534, these units exhibit high reliability, low vibration sensitivity, and IP67 environmental performance.
The INWOG-2G3-3G6-18 is an S-band source that can be used to cover any 200MHz band between 2.3GHz and 3.66GHz. It exhibits better than -120dBc/Hz phase noise at 1kHz offset. The INWOG-5G25-5G93-17 is a C-band source covering any 200MHz band between 5.25GHz to 5.925GHz. Phase noise at 1kHz offset is better than -115dBc/Hz. Lastly, the INWOG-8G50-10G55-17 covers 200MHz bands in the X-band between 8.5GHz and 10.55GHz. Phase noise at X-band is better than -110dBc/Hz.
These sources are built with a proprietary platform design that allows frequency band selection to occur with the change of a single drop-in filter. Existing units can easily be re-banded to new frequency ranges if needed. Overall performance of 200nS switching speeds and 60dBc spurious signal levels ensure the units will perform perfectly in the most demanding systems.


APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag. The capacitor banks may be selected in number of stages as 4/6/8/10/12/14 according to the load pattern.
Install APFC Panel to avoid penalties and enjoy the benefits automatically.
Passive Filter D Tuned Filter:
Suitable for systems, which contain harmonics of several fluctuating orders. Active filters, unlike passive filters, measure the harmonic currents of the load and generate a spectrum of harmonics in phase opposition to the distorting harmonics. This results in elimination of harmonics. It involves electronic circuitry that can provide partial or full compensation as desired. It can also deliver reactive power to take care of power factor correction requirement. Each of these products helps you in energy saving – restricting the spread of the ‘pollution’ created by non-linear loads or rapidly fluctuating power demands. Depending upon the nature of the industry, an installation might require a combination of different types of compensation.
For example, a combination of high speed compensation and fixed compensation is most useful in applications like fabrication workshops where welding loads and induction motor loads are comparable in magnitude. Similarly, in cement plants, where variable frequency drives co-exist with conventional a.c. motors, the application of both fixed capacitor banks and passive harmonic filters is common. Adithya Mechatroniks offers you these engineered solutions.
Aatithyaa Techno India Private Limited
SF.NO. 330/2C3, SITE NO.12&13,
CHERAN INDUSTRIAL ESTATE,
SHARP NAGAR, KALAPATTI ROAD,
Coimbatore-641 048, Tamilnadu, India
© 2016 Aatithyaa Techno India Private Limited. All Rights Reserved | Design by Pole Staar Group


A common anode 7- segment display has all of the anodes tied together while a common cathode 7- segment display has all datasheet the cathodes tied together. Both parts have the same mechanical attributes datasheet and use a standard 0. TAPE AND REEL INFORMATION * All dimensions are nominal Device Package Type Package Drawing Pins SPQ Reel Diameter ( mm) Reel Width W1 ( mm) A0 ( mm) B0 ( mm) K0 ( datasheet mm). Output configurations of the SN54/ 74LS47 are designed to withstand the relatively high voltages required for 7- segment. The Serial 7- Segment Display turns the massive amount pins necessary to control a 4- digit 7- segment display into just one , two three. We can refer each segment as a LINE as we can see there are 7 lines in the unit which are used to display a number/ character. Me 7- Segment Display- Red module adopts a 4- digit common- anode digital tube for displaying the numbers and a few special characters.
I went through the library included on this page and found that it was not working. Strangely enough it was something I’ d never tried before, so I was interested to see how they work. As shown in the above image of a 7- segment display each LED used to illuminate one segment of unit , it consists of 8 LEDs the 8 th datasheet LED used to illuminate DOT in 7 segment display. But there are many other single and dual display drivers available such as datasheet the very popular TTL 7447. 7 Segment Common Anode LED Displays & Accessories are available at Mouser datasheet Electronics. A 7- segment display contains seven light emitting diodes ( LEDs) Seven- Segment Displays on the Nexys2 Board!
Last week I bought some 4- digit, 7- segment displays to experiment with. I googled datasheet around looking to see if someone else had done this before. e Nexys2 board has four 7- segment displays. A resistor pack or few resistor are also needed to connect a 7- segment datasheet display. Optoelectronics ship same day. Optoelectronics – Display Modules - LED Character and Numeric are in stock at DigiKey. Arduino UNO running 4- digit 7- segment display. A Digital Decoder IC is a device which converts one digital format into another one of the most commonly used devices for doing this is called the Binary Coded Decimal ( BCD) to 7- Segment Display Decoder.
This 7- segment display driver which is known as a Binary Coded Decimal BCD to 7- segment display decoder , is able to illuminate both common anode , driver common cathode displays. The module can be used in the robot project to display the data such as the speed distance, time, score, temperature datasheet etc. 1” lead pitch for easy mounting. inaccuracies incompleteness contained in any datasheet in any o ther disclosure relating to any product. The reason a started my electronics hobby was that I wanted to build a chess clock. Lacking a proper LCD display, I chose to multiplex several 7- segment displays. The relative positive- logic output levels as well as conditions required at the auxiliary inputs are shown in the truth tables. 7 segment display datasheet.
Here is a simple example datasheet of how to connect up a 4- digit 7- segment display to the Arduino UNO board. Most sources in the net did not specify hardware at all those that did were driving the segments with a 74HC595 shift register , using NPN transistors to enable one common cathode display at a time. As the setup complete you just have datasheet to follow the. I decided to make a new library that not only can display 0- 9 but now hex numbers a way to test your display easily with just one call. The display will give you full control of all digits decimal points, datasheet the colon the apostrophe. CD4511 7- Segment Driver IC. High Intensity Red Low Current 7- Segment Display.
Seven segment displays are used in many day to day consumer devices like microwave ovens, washing machines, and air conditioners. They are a simple but effective way to display numerical data like time or quantity. Since they are made out of LEDs, they are a low cost option for displaying information. 4 Digit 7- Segment Displays.
7 segment display datasheet
So far we have only worked with single digit 7- segment displays. To display information such as the time or temperature, you will want to use a 2 or 4 digit display, or connect multiple single digit displays side by side. LED 7- Segment Display.


Thrust Automation offers a full suite of electrical engineering capabilities to manage projects from conceptual design and specification through to detailed design for installation and finally installation testing, certification and inspection.
- MV and LV power supply and distribution systems, with or without multiple points of supply, RMU’s, and off-grid systems
- Distribution and motor control centers (MCCs), including pre-built and pre-tested transportable options
- Motor control systems, including variable speed drives, soft starters and their associated metering and protection equipment
- Harmonic mitigation and elimination systems for plants with large percentages of VSD and switch-mode power supply loading, such as data centers Management


MikroTik OmniTIK 5 ac
- OmniTik 5 ac features five Gigabit Ethernet ports and support for 802.11ac.
- It’s equipped with a powerful 720MHz CPU, 128MB RAM, high power 1,300mW 802.11a/n/ac Dual Chain wireless (support for AC as well as backwards compatible with regular 802.11a/n CPE) and comes with a new design weatherproof outdoor enclosure, two integrated 7.5dBi 5GHz omni antennas, a power supply, a PoE injector and a mounting kit.
- 5 x 10/100/1000 Ethernet ports
- Antenna gain – 7.5
- Wireless standards 802.11a/n/ac


IEEE is the world's largest professional association dedicated to advancing technological innovation and excellence for the benefit of humanity. IEEE and its members inspire a global community through IEEE's highly cited publications, conferences, technology standards, and professional and educational activities.
Without any password, our students and faculty can freely access the IEL online throughout the campus.
Springer is the world's second largest STM publisher, delivering high quality peer-reviewed journals through its acclaimed online service – Springer Link. Package covers across 3 major subject categorizations, viz. 617 journals in Engineering, Computer Science, Mathematics & Statistics, Bio Technology, Agriculture and Master of Business Administration.
In addition to the subscribed current years' content Springer shall open access to all back files published in these journals up to 1997 thus providing access to thirteen years of research. There is No limit on the number of concurrent users or the number of downloads.
ACM, the world's largest educational and scientific computing society, delivers resources that advance computing as a science and a profession.
ACM provides the computing field's premier Digital Library and serves its members and the computing profession with leading-edge publications, conferences, and career resources.
ACM can only be accessed in the Central Library. (Contact the Librarian for username and password)
SAGE is the world's 5th largest journal publisher. Our portfolio includes more than 700 journals spanning the Humanities and Social Sciences, Science, Technology, and Medicine, and more than 298 articles are published on behalf of learned societies and institutions.
The DLINE will strive hard to accelerate high quality research in computing paradigms. The underlying purpose of the portal is to induce researchers to work and submit research on the experimental, architectural and theoretical focus in various computing systems.
The Journals in this portal will introduce the state-of-the art research in computing systems from different perspectives; and to design the computing systems to optimize the existing and to develop innovative computing and communications paradigms.
Indian Journal of Science and Technology (Indian J.Sci.Technol.) is an international monthly journal published online (open source) as well as print(subscription).
It covers Research Articles, Reviews, Science & Technology Education and Popular Articles. Thus the science & technological advancement and its socio-political impact that happens all over the world can find place in this Journal.


A “Domain Name System,” or DNS, is a system that identifies computers accessible via the internet. Every device that connects to the internet has a unique IP address (this address includes a bunch of numbers) that other devices use to find it.
Since IP address are hard to remember, a translation happens between what the user types into their internet browser and accessing the web address — in the most simplistic terms, DNS allows domain names to become IP addresses so computers can find them.
We didn’t always have DNS — in the very beginning we still had to type out the IP addresses. Then in the early 1980s Paul Mockapetris created a system that automatically mapped IP addresses to domain names, and that’s how DNS started.
You can think of DNS like the “phone book” of the internet as it links all of those IP addresses with the domain names we commonly use instead. It’s what holds the internet together!


Wotofo Profile 200W Squonk Mod comes with a brand new power support design-single or dual 18650 batteries supply. It is a powerful and incredibly versatile piece of vaping equipment that could be the ideal solution for all vapers, especially those who prefer to squonk from time to time. To Squonk or not to Squonk? That is the question. With the latest collaboration between Wotofo & MrJustRight1, you can now squonk or not squonk to get the best flavor and vaping experience through the Wotofo Profile Squonk Mod.
When it's powered by single 18650 battery, it can reach up to 80W and fulfill your most need with a 7 ml large capacity of squonk oil bottle, while when it is powered by dual 18650 batteries, you can replace the squonk with another 18650 battery, and max 200W definitely covers all your demand. The Profile Squonk Mod is a true all-in-one solution for vapers who want to squonk or enjoy a regular mod vaping experience.
The 7ml squeezable squonk bottle boasts plenty of capacity for your favorite e-juice. Made using 100% food-grade silicone with a leak-proof seal design on the opening, you won’t have to worry about your e-juice running out for a long time or any accidental leaks. Of course it adopts the USB-C 2A fast charging and it only weights 135g(without battery), thus it's a perfect companion for EDC.
We got 2 styles to choose from: Black and Gunmetal. With the designed texture and soft yet solid hand feeling, you would like this product.
- Dimensions: 93.85(L)*44.4(W)*30(THK) mm
- Net Weight: 135g (without battery)
- Squonk Bottle Capacity: 7ml
- Maximum Output Voltage: 4.2V
- Standby Current: 300uA
- Charging Current: DC 5V/2A
- Output Power:
- ○ 5-80W in single battery mode
- ○ 5-200W in dual battery mode
- Charging Port: Type-C
- Display: 0.96’’ TFT Screen
- Main Material: Zinc Alloy + PC
- Connection: 510 connection
- Battery Type: single / dual 18650 battery (not included)
- Pass-through Charging: Supported
- Profile Squonk Mod x1
- User Manual x1
- Type-C Charging Cable x1
- Squonk Bottle x1 (pre-installed)


Orignal Bluetooth Handfree with mic Wireless HandfreeWireless without charging cable Bluetooth Earphones Wireless Bluetooth headset compatible with android and other devices Bluetooth earphone for games Bluetooth Neckband
- Available in Black Color.
- It uses a high-performance Bluetooth 4.1 smart chip to make the connection simple, fast and stable.
- Bluetooth handsfree adoption of intelligent noise reduction can ensure clear calls and sound quality.
- The wireless earphones are widely compatible with most devices (with Bluetooth function) on the market.
- The earphones with premium have stereo surround bass, which brings a perfect auditory feast
- It can connect two Bluetooth devices simultaneously and easily switch between two devices.
- With the magnetic design, the wireless hands free is just like a necklace around your neck for a convenient and secure way to carry.
- an intelligent 4.1 chip with low power operation makes it have the same playback time as a high power Bluetooth headset, charging for 1 hour, you can call or play for 3 to 4 hours.
Genuine Bluetooth Handfree with mic and charging slot Wireless Handfree Wireless hand free Bluetooth Wireless Bluetooth Earphones Wireless Bluetooth headset compatible with android and other devices Bluetooth earphone for pubg Wireless Hands free for boys and girls
- 1. Magnetic Bluetooth handsfree has a Frequency response: 20Hz-20kHz
- 2. These Wireless headset has an Operating distance: Up to 10m (free space)
- 3. The Wireless handsfree has a Bluetooth profiles: A2DP, AVRCP, HSP, HFP
- 4. This Handsfree has Bluetooth version: V4.2
- 5. Bluetooth distance: 10 meters
- 6. Frequency range: 2.4GHz-2.48GHz
- 7. Standby time: Up to 50hrs
- 8. Battery: Built in lithium polymer battery
- 9.Talk/music playtime: Approximately 2-4 hours
- 10. Charging time: Approximately 1-2 hours
- 11. Frequency response: 20Hz-20kHz
- 12. Operational temperature: -10 to 50°C
- 13. Working Voltage: DC5V/130MA
- 14. Charging: Rechargeable


It was designed to be a reference model for describing the functions of a communication system.
Webopedia explains the difference between IPv4 and IPv6, and looks at the topic of migrating to a bit address space. What is Internet Protocol IP? IP short for Internet Protocol specifies the technical format of packets and the addressing scheme for computers to communicate over a network.
Most networks combine IP with a higher-level protocol called Transmission Control Protocol TCPwhich establishes a virtual connection between a destination and a source.
IP by itself can be compared to something like the postal system. It allows you to address a package and drop it in the system, but there's no direct link between you and the recipient.
IPv4 and a new version called IPv6. IPv6 is an evolutionary upgrade to the Internet Protocol.
|NETWORKING: IPv6 and IPv4 Headers||What we have used up to now IPv4 has been used up 32 bit. With new devices adding in to the network we need a bigger address space.|
|Stateless DHCP||This blog is about Service provider Network's and Enterprise network's. You can find post related to these topics:|
|Difference Between IPv4 and IPv6 (With Comparison Chart) - TechDifferences||The Packet Too Big PTB message The Parameter Problem message code 2 A packet sent as a link-layer multicast with the exceptions noted previously A packet sent as a link-layer broadcast with the exceptions noted previously A packet whose source address does not uniquely identify a single node.|
|Difference between IPv4 and IPv6||What do they mean?|
|Unique hybrid capabilities with Azure||Packet switching involves the sending and receiving of data in packets between two nodes in a network. IPv6 is often referred to as the "next generation Internet" because of it's expanded capabilities and it's growth through recent large scale deployments.|
IPv6 will coexist with the older IPv4 for some time. IPv4 Internet Protocol Version 4 is the fourth revision of the Internet Protocol IP used to to identify devices on a network through an addressing system.
The Internet Protocol is designed for use in interconnected systems of packet-switched computer communication networks see RFC: IPv4 is the most widely deployed Internet protocol used to connect devices to the Internet.
With the growth of the Internet it is expected that the number of unused IPv4 addresses will eventually run out because every device -- including computers, smartphones and game consoles -- that connects to the Internet requires an address.
A new Internet addressing system Internet Protocol version 6 IPv6 is being deployed to fulfill the need for more Internet addresses. It was designed as an evolutionary upgrade to the Internet Protocol and will, in fact, coexist with the older IPv4 for some time.
IPv6 is designed to allow the Internet to grow steadily, both in terms of the number of hosts connected and the total amount of data traffic transmitted. IPv6 is often referred to as the "next generation" Internet standard and has been under development now since the mids. IPv6 was born out of concern that the demand for IP addresses would exceed the available supply.
The Benefits of IPv6 While increasing the pool of addresses is one of the most often-talked about benefit of IPv6, there are other important technological changes in IPv6 that will improve the IP protocol:Compare DDA algorithm and Bresenham Line generation Algorithm?
Show step by step execution of Bresenham Line Generation algorithm for drawing a line having endpoints (2, 3) and (9, 8). Advantages of DDA Algorithm It is the simplest algorithm and it does not require special skills for implementation.
The concept of Unicast and Multicast are same in IPv4 and IPv6, except the changes in IPv6 Layer 3 addresses used for broadcast & multicast and the Layer 2 address used for multicast.
Layer 2 address used for IPv6 multicast traffic starts from "" (in Ipv4, it is "e"). Compare and contrast TCP and UDP protocols. TCP is a full-duplex, connection-oriented, reliable and accurate protocol. UDP requires less bandwidth than TCP because it doesn’t care about reliability. As we discussed in last post about IPv6 and IPv4 headers.
In this post we will see in details about it. Check in below diagram, the similarities and differences between IPv4 header format and IPv6 header format. While designing IPv6 header, Engineers maintained some important IPV4 header fields in IPv6 header format also.
Apr 06, · Internet Protocol Version 6 (IPv6) is a network layer protocol that enables data communications over a packet switched network.
Packet switching involves the sending and receiving of data in packets between two nodes in a network. Simplified header format. IPv6 has a fixed length header, which does not include most of the options an IPv4 header can include. Even though the IPv6 header contains two bit addresses (source.


Why do we exist?
We are creating a community of virtual and augmented reality. We connect specialists, entrepreneurs, institutions, academicians and enthusiasts and we help bring VR and AR innovations come to life. We organize Czech VR Fest, the biggest festival and conference in this field in Central Europe. Join us or contact us.
What connects us?
We are convinced that VR and AR technologies can make the world a better place and that Czechia will become one of the leaders in this industry.
We fulfil our vision by building an ecosystem to help the development of the industry with regular activities of the association.
We act fair and square.


Magnetic particle testing is indicated for detecting surface and its vicinity’s defects. The technique exploits a special feature of ferrous alloys – ferromagnetism; it is the ability to focus the magnetic field on an area in order to highlight the anomalies of the flux lines of magnetic field in the surface defect.
- Identification of surface defects and its vicinity’s defects;
- Examination of material surfaces likely to crack.
Types of examinations:
- Color contrast magnetic particle testing;
- Fluorescent magnetic particle testing.
- In contrast to other types of examinations, the magnetic particle can determine the surface defects even in the vicinity. In addition, using this method it is not necessary to clean the surface before, aspect which confers an advantage linked so the execution time, and the conditions in which the examination can be performed;
- The necessary equipment is portable, and the result is immediate;
- High speed examination;
- Simplicity and ease in performing the examination.
- White background color;
- Testspray for Magnetic particle testing – magnetic powder fluorescent;
- Hand Yokes;
- UV Lamps.


Remember the 2004 movie 50 First Dates (Adam Sandler as Henry and Drew Barrymore as Lucy) in which Lucy is amnesic and Henry has to introduce himself every morning so she can remember him. Well, in some ways our Deep Learning systems suffer from that type of a problem: while excellent for single tasks, their learning is not easily transferable to new or multiple tasks.
The current approach to accomplish that (finetuning through backpropagation) is prone to “forgetting” problems, inefficient, and may require tremendous amounts of new data. Transferring models to new tasks is complicated and may suffer from catastrophic forgetting. Even when models designed for multiple tasks learning (e.g. distillation) are used, they require significant training data for all tasks. The solution is a new architecture proposed by Google DeepMind and is known as Progressive Neural Networks.
Unlike finetuning method which is limited in retaining prior knowledge post initialization, progressive networks carry the pretrained models during training. The lateral connections provided by pretrained models carry forward previously learned features such that knowledge is retained across layers representing new tasks. But in addition to preserving previous knowledge, they are also capable of new learning.
Thus progressive networks can learn continuously and display lifelong learning by amassing previous knowledge and turning it into what humans call experience.
The results of the study conducted by DeepMind show that while the system’s transfer performance is as efficient as previous methods (e.g. finetuning), it doesn’t suffer from the problems such as catastrophic forgetting.
The model layers introduced to accomplish new tasks get input from other previous (or parallel) tasks as well as receiving input from its own layers. This is accomplished by introducing “adapters” – the non-linear lateral connectors. I view that as a level of abstraction which enables meta-cognition across columns of multiple tasks. This enables knowledge retention and transfer across new tasks.
In a recent paper (September 2016) DeepMind demonstrates the application of progressive networks in complex reinforcement learning domains. To take a deeper dive you can download the paper here.


I am a third year Electrical and Electronic Engineering student at the University of Johannesburg. Well developed project management and engineering skills combined with a reflexive personality and attitude to work. Strong organisational and critical thinking skills in a variety of situations to achieve dead lines and ability to work well under pressure and deliver instant results. Have initiative and can work independently or as part of a team. Get along with people on all levels, easily making good working relationships\n\nThe ultimate goal upon obtaining my degree successfully is to span the engineering field, more specifically control systems, power line communication and power systems. To be part of a smart engineering team that can help me realize my goals and aspirations successfully and efficiently. I desire to also pursue a master of engineering degree in mechanical engineering to enhance my knowledge.


Smartphones, tablets, wearable fitness trackers, and other electronic devices often have their own unique charging cords. If you can charge all of your devices with a single wire, you can leave the bulky chargers at home. We all have many gadgets that need constant charging. In a short amount of time, you may use up a significant number of electrical outlets by charging your phone, tablet, and other electronic gadgets via their own proprietary cables.
Multiple chargers may be connected using a power strip, which can be bought separately. However, this is not an effective option since each charger still requires its own AC to DC converter. A multi-port USB charging station is an easier, less messy, and more efficient solution. This gadget enables you to use a single power outlet for a single transformer to power four or more USB ports simultaneously. There are a variety of USB charging stations on the market, so it’s crucial to conduct some research into the benefits each one provides before making a purchase. Visiting https://webwelevcables.co.uk/ will be useful for you.
How to Find the Most Dependable Portable USB Charger
There are a wide variety of charging stations on the market, each with its own pricing point and aesthetic preferences. Spend some time thinking about the many possibilities so that you can choose the one that suits your requirements the best.
UL certification means reliability
The UL mark is the gold standard for safety certification. Over the last several years, there has been an increase in the availability of low-quality, uncertified chargers on the market. This means that these chargers are not only inefficient in terms of energy savings, but also dangerous to your electronics and might even spark a fire. There is a critical need for these devices to be secure when being charged, since many individuals do so as they sleep.
Number of available sockets
Take care to guarantee that you have enough charging options for all of your electronic gadgets. Using a charging station with just two ports is a bad idea if, for example, you have more than two gadgets that need powering at the same time. There won’t be much of a price gap between the various versions if the number of ports is the deciding factor in the purchase decision.
Invest in a charger with extra ports in case your needs grow in the future. Since you’ll only need one more outlet, this makes it much easier to stick to your objective of cleaning your space even if you decide to increase the number of electrical gadgets in your inventory that require charging.
Various USB Data Cables
It’s possible that your gadgets won’t be completely charged if you’re using a subpar USB cable. In contrast to the connectors that come standard with smartphones, many universal micro USB cables aren’t up to snuff. Using a charger that depletes your electronic device too rapidly is likely to shorten its useful life.
Port-specific current ratings
Amperage provided by USB ports on charging stations varies, which may slow the rate at which your electronic devices charge.