ALEXANDRA LUCCIONI: ARTIFICIAL INTELLIGENCE
In the discussion on artificial intelligence, AI, how do you stay positive given the barrage of stories detailing misuse of this technological advance? The answer is you look for scientists who are putting AI to work for humanity. You look for AI researchers and National Geographic Society Explorers like Canadian Alexandra (Sasha) Luccioni.
“I am currently a postdoctoral IVADO fellow at University of Montreal and Mila, the Quebec AI Institute, working with Yoshua Bengio on how to use AI to fight climate change,” Luccioni says. IVADO, The Institute for Data Valorization, is a multi-university center for AI research in Montreal.
“I lead various climate change-related initiatives at Mila, including projects that estimate the environmental impact of machine learning and analyze financial disclosures from a climate standpoint.” Her goal is to find ways to maximize the positive impacts of AI while minimizing the negative ones.
Luccioni also works on “AI for Good” projects with the United Nations and the World Health Organization. “I care deeply about the state of our planet and I hope to participate in the positive changes required to save it in the coming years.” She holds a Ph.D. in cognitive computing from the Université du Québec à Montréal, UQAM.


Metaverse Marvels: Navigating the Virtual Frontier
Unveiling the Wonders of the Metaverse
Welcome, dear readers, to the virtual frontier of the Metaverse! In this age of technological marvels, we find ourselves on the brink of a new era—a digital realm where reality intertwines seamlessly with the virtual. Let’s embark on a journey to explore the Metaverse, its incredible advancements, and the transformative impact it’s making on our lives.
The Rise of the Metaverse
The Metaverse is no longer a concept confined to science fiction; it’s a burgeoning reality. As technology continues to evolve, the boundaries between the physical and digital worlds are blurring, giving rise to a vast and interconnected virtual space.
From immersive virtual reality experiences to augmented reality overlays in our daily lives, the Metaverse is becoming an integral part of how we perceive and interact with the digital landscape. Companies across various industries are investing heavily in Metaverse technologies, envisioning a future where virtual spaces are as crucial as physical ones.
Virtual Reality (VR): A Gateway to New Dimensions
At the heart of the Metaverse experience lies virtual reality, where users can step into alternate realities through headsets and sensory-rich environments. Gaming, education, and social interactions are being revolutionized as VR technology advances, providing users with an unparalleled level of immersion.
Augmented Reality (AR): Bridging the Gap Between Real and Virtual
Augmented reality, on the other hand, enriches our physical world with digital overlays. From navigation apps that project directions onto real-world streets to AR-enhanced shopping experiences, the applications are vast and diverse. The Metaverse extends beyond a singular virtual realm, seamlessly integrating with our everyday lives.
Gaming: Beyond Consoles and Screens
One of the primary drivers of Metaverse adoption has been the gaming industry. Virtual worlds are no longer confined to consoles or screens; instead, they are expansive, interactive universes where players can create, explore, and collaborate. Game developers are leveraging the power of the Metaverse to deliver unprecedented gaming experiences, blurring the lines between fiction and reality.
Education: Transforming Learning Environments
The Metaverse is reshaping traditional education models by providing immersive and engaging learning experiences. Virtual classrooms, collaborative projects, and simulated environments enable students to transcend geographical boundaries, fostering a globalized approach to education.
Social Interactions: Connecting in a Virtual Space
In the Metaverse, social interactions are not limited to text-based conversations or video calls. Avatars enable users to represent themselves in the digital space, attending virtual gatherings, concerts, and conferences. The sense of presence and connection within the Metaverse challenges the conventional norms of online communication.
Navigating Challenges in the Metaverse
As we marvel at the wonders of the Metaverse, it’s essential to address the challenges that come with this digital frontier.
Privacy Concerns: Balancing Connection and Security
The interconnected nature of the Metaverse raises concerns about user privacy. Striking a balance between a connected virtual community and safeguarding personal information requires robust security measures and ethical considerations.
Digital Inclusivity: Ensuring Accessibility for All
As the Metaverse evolves, it’s crucial to ensure that these virtual spaces are inclusive and accessible to people of all abilities. Addressing issues of the digital divide and accessibility will be paramount to avoid creating a segregated digital society.
The Future of the Metaverse
The journey through the Metaverse is just beginning, and the future holds endless possibilities. As technology continues to advance, we can expect even more profound integration of the virtual and physical worlds.
Economic Opportunities: The Metaverse as a Marketplace
The Metaverse is not just a space for social and recreational activities; it’s also a marketplace. Virtual real estate, digital assets, and blockchain-based transactions are becoming integral parts of the Metaverse economy. Entrepreneurs and businesses are exploring innovative ways to establish a presence and thrive in this evolving digital marketplace.
Collaboration Across Industries: A Convergence of Technologies
The Metaverse is not limited to a single industry; it’s a convergence of various technologies. The synergy between virtual reality, augmented reality, blockchain, and artificial intelligence is creating a dynamic ecosystem where innovation knows no bounds. Collaborations across industries are likely to accelerate the development of Metaverse technologies.
Navigating the Metaverse with Responsibility
As we navigate the uncharted territories of the Metaverse, a sense of responsibility is paramount. Developers, businesses, and users alike must prioritize ethical practices, digital well-being, and sustainability in this evolving digital landscape.
Embracing the Metaverse Future
In conclusion, the Metaverse is not just a virtual escape; it’s a transformative force shaping the future of how we interact, work, and play. As we navigate this digital frontier, let us embrace the marvels it offers while remaining vigilant about the challenges it poses. The Metaverse is not a destination but a journey, and together, we are crafting a new chapter in the ever-evolving story of technology.


The new coronavirus outbreak is going global. That’s the first major pandemic of the Artificial Intelligence era. In this blog post, I review some AI technologies helping in this fight.
With widespread smartphone adoption, it became possible to monitor and anticipate virus diffusion, using social media data.
For example, a multi-national team built a predictive model of virus arrival time in different Chinese cities, using localisation data from QQ social network, and a linear regression algorithm. They also assessed the efficiency of containment measures by Chinese authorities.
China already deployed a national surveillance network of 200 Million security cameras, based on facial and faceless recognitions. I covered these technologies in this blog some years ago (here and here). Now, this surveillance system is being upgraded with fever detection, in order to quickly identify potentially infected people, and send warnings to people who have been exposed nearby.
During this outbreak, hospitals are overloaded. For example, in France, many patients are sent back home without any screening, because doctors are completely overwhelmed. In this context, automated screening from CT image scans can relieve human staff.
For example, a team in Zhejiang, China, obtained 86.7 % accuracy, using a ResNet neural network model, with location-attention.
The fastest way to find cures is to repurpose existing drugs, eventually in combination. For example, an anti-malarial drug, Chloroquine, is already being tested against 2019-nCoV. There are thousands of commercially available molecules, and exponentially more combinations of them. This makes relevant a computational approach.
In South Korea, Deargen company is using a deep learning model to predict drug repurposing.
They predict drug-target interaction by combining a BERT transformer network for the drug candidate, and a Convolutional Neural Network for the target protein (belonging to the virus).
Design new drugs
A long-term project is to discover new drugs from scratch against coronavirus Covid-19. It’s a long path, taking much more time than re-purposing tested and approved molecules.
For example, at Michigan State University, USA, a team generated molecule proposals using a GRU-autoencoder, combined with a Convolutional Neural Network, and other techniques
There are certainly simpler algorithms, as I explained in a previous blog post.
It’s possible to do more, a lot of data is being released to the public. For example:
- In China, the Global Health Drug Discovery Institute (GHDDI) launched Targeting 2019-nCoV data platform.
- In Europe, the European Bioinformatics Institute (EMBL-EBI) collected coronavirus data resources.
If you want to participate in data science projects about the coronavirus, join hundreds of data scientists from around the world in our Slack group.


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The operation of the intercom is fairly simple: in most cases, consisting of an outdoor terminal and an indoor handset, equipped with microphones and speakers, this device allows audio and / or video communication between two stations. , separated by a reasonable distance. Connected to an opening system, the intercom allows you to remotely activate the opening or closing of a door, gate, etc.
The different types of intercoms
There are two product categories on the intercom market: audio intercoms and video intercoms.
As its name lets you easily guess, the audio intercom is a device for Security Solutions which ensures only audio communication between two interlocutors. Less expensive to buy than a video intercom, it does not, however, allow the person to be visually identified. Only the voice brings a clue to the visitor’s identity. Failing to know precisely that of your postman, the forbel Chicago audio intercom is thus presented as a first protective screen which requires to grant a certain confidence to the visitors and their speech.
Equipped with a video device, the video intercom brings a level of safety and comfort higher than the audio intercom, by offering the owner the possibility of observing his visitor. In addition to speech, it is therefore possible to have an image of the person who has just rang, and thus to be able to clearly identify whether the speech given by the visitor is in line with his posture and his behavior (a salesperson wishing you selling products is, for example, very often dressed in costume).
The different types of transmission
For this first type of transmission, a power supply, generally made from 2.5mm2 wires, connects the two parts of the device, the plate and the handset. Quite restrictive to set up since it requires the creation of grooves to conceal the electric wires and a connection to the electrical installation in accordance with the standards, this first solution nevertheless remains the most effective when the distance separating the two elements of the device is important.
Extremely easy to install since it does not require an electrical connection, the wireless intercom works with batteries and ensures communication between the two devices by waves. Although some models have a range of up to several hundred meters, it is possible to experience transmission problems when the panel and the wireless intercom handset are installed at a significant distance from each other.


|24W CCT Tunable & Dimmable Driver|
|Make :||Future Light (India)|
|Watt :||7 Watt|
|AC Voltage :||100 – 240 V|
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|Dimming :||10 – 100%|
Future Light (India) cater in complete smart lighting solution for your luminaire.
This Drivers can be use with Bluetooth and can be work with wifi by adding a gateway to it. Wifi can have a advantage of accessing your light from any location.
All the light can be control with the mobile app.


Magnetic particle testing is done by inducing a magnetic field in a ferro-magnetic material and dusting the surface with iron particles (either dry or suspended in a liquid). Surface imperfections will allow the magnetic field to leak out of the part, distort the magnetic field and concentrate the iron particles near imperfections, thus indicating their presence.
Magnetic Particle Testing, or Magnaflux as it is sometimes called, uses magnetic leakage fields to detect surface and subsurface cracks and discontinuities.
Our Magnaflux 6000 amp bench units with 8′ head stocks, portable power packs, yokes, prods, black lights and all required accessories provide the foundation for RNDT to provide quality MT visible and fluorescent, wet and dry examinations in both the lab and field.
Magnetic particle inspection (MPI) is a non-destructive testing (NDT) process for detecting surface and subsurface discontinuities in ferrous materials. The process puts a magnetic field into the part. The piece can be magnetized by direct or indirect magnetization. Direct magnetization occurs when the electrical current is passed through the test object and a magnetic field is formed in the material. Indirect magnetization occurs when no electrical current is passed through the test object, but a magnetic field is applied from an outside source. The magnetic lines of force are perpendicular to the direction of the electrical current which may be either alternating current (AC) or some form of direct current (DC) (rectified AC).
The presence of a surface or subsurface discontinuity in the material allows the magnetic flux to leak. Ferrous iron particles are applied to the part. The particles may be dry or in a wet suspension. If an area of flux leakage is present the particles will be attracted to this area. The particles will build up at the area of leakage and form what is known as an indication. The indication can then be evaluated to determine what it is, what may have caused it, and what action should be taken if any.
There are several types of electrical currents used in MPI. For a proper current to be selected one needs to consider the part geometry, material, the type of discontinuity you’re looking for, and how far the magnetic field needs to penetrate into the part.
- Alternating current (AC) commonly used to detect surface discontinuities. Using AC to detect subsurface discontinuities is limited due to what is known as the skin effect, where the current runs along the surface of the part. Because the current alternates in polarity at 50 to 60 cycles per second it does not penetrate much past the surface of the test object. This means the magnetic domains will only be aligned equal to the distance AC current penetration into the part. The Frequency of the Alternating Current decides how deep the penetration.
- Direct current (DC, full wave DC) Used to detect sub surface discontinuities where AC can not penetrate deep enough to magnetize the part at the depth needed. The amount of magnetic penetration depends on the amount of current passed through the part. DC is also limited on very large cross sectional parts how effective it will magnetize the part.
- Half wave DC (HWDC, pulsating DC) work similar to full wave DC with sightly more magnetic penetration into the part. HWDC is known to have the most penetrating ability in magnetic particle testing. HWDC is advantageous for inspection process because it actually helps move the magnetic particles over the test object so that they have the opportunity to come in contact with areas of magnetic flux leakage. The increase in particle mobility is caused by the pulsating current which vibrates the test piece and particles.
Each method of magnetizing has its pros and cons. AC is generally always best for discontinuities open to the surface and some form of DC for subsurface.
- A wet horizontal MPI machine is the most commonly used mass production inspection machine. The machine has a head and tail stock where the part is placed to magnetize it. In between the head and tell stock is a coil, which is used to change the orientation of the magnetic field by 90° from head stock. Most of the equipment is customized and built for a specific application.
- Mobile power packs: Are custom built magnetizing power supplies used in wire wrapping applications.
- Magnetic yoke: is a hand held devices that induces a magnetic field between two poles. Common applications are for outdoor use, remote locations, and weld inspection. The draw back of magnetic yokes are they only induce a magnetic field between the poles so inspection is time consuming are on large parts. For proper inspection the yoke needs to be rotated 90 degrees for every inspection area to detect horizontal and vertical discontinuities. Yokes subsurface detection is limited. These systems used dry magnetic powders, wet powders, or aerosol cans.
Wikipedia, Betz, C. E. (1985), ASNT and ISBN 9780318214856
Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization.


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- Security Equipment, Systems & Monitoring
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“If the outside temperature is more than 350 C, turn on AC at my home when I am about to reach in 15 minutes”. Internet of Things (IoT) has grown at a higher pace like many experts predicted few years back . Today, IoT extends from smart homes to wearable watches to healthcare instruments.
The smartphones are multiplying and the electronic sensors are getting cheaper and smarter. At the same time on the infrastructure side, many are adopting cloud with high speed networks. The connection between millions of devices and sensors has become cost efficient now.
These are facilitating the rise of IoT and indicate that many industries are adopting it. Manufacturing, Health Care and Pharma, Heavy machinery, Energy and Utilities, Agriculture, transportation, aerospace industries get greatly benefited with IoT. Also this is helping them to give customers altogether a new experience.
Energy & Utilities:
We would have seen the ads in TV for Philips where lights in home are switched on/off automatically based on our needs.
There are companies like JBL, heavy machinery that uses IoT to monitor its vehicles and gets alerted before a break happens in any of it equipment. The cost of fixing the break is way higher than fixing before it occurs.
Virgin airlines recently implemented IoT for a set of its airplanes, that most components on the planes are connected to internet, making the it more live and reducing the maintenance costs.
IoT can enable agriculture by creating a network of connected devices, providing real-time information on weather, data and alerts on soil condition for a type of crop, monitoring for floods etc. There are applications like identifying a sick animal in the cattle and remove them before they infect others
There are already IoT applications that reminds elderly patients to remind the time to take pills, give the cups with prefilled medicines with push of a button. There are devices that monitor the body temperature, urine flow etc and can alert before a heart failure, kidney injury happens.
More work to do:
Like any other evolving technology, IoT has its own obstacles. Some are concerns on data security and privacy – and others at core is skill or expertise to design and implement the IoT. Reports and surveys show there are not enough skilled professional to implement the IoT that meets the current demand. IoT is still as of now complex in nature to implement. However, with many advantages of IoT and need for it, we are sure it will be used widely across globe!


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If you look at the specs and design, they look exactly the same
My guess would be that both are manufactured by the same OEM company and simply re-branded accordingly.
Rii however has another model which is the i25A and this model includes a microphone which you can use for voice control and voice chat. So if you do not need a microphone, either Rii i25 or RKM MK705 will do. Just choose one that is cheaper.
Physical AspectsThe controller is slim and considerably light and that makes it nice when hold. This is the main reason why I chose this over MeLe F10 which is too thick for my liking.
On the main side are all the basic buttons to control your devices like the page up/down, volume, and music/video playback control buttons.
All orange buttons on the controller can be IR 'learned' and the process is very easy. This allows you to replace your TV remote controller by making it learn basic common functions like power on/off, source and volume up/down.
On the left side is the on/off toggle and also a micro USB charging port, so do remember to turn it on before use else you might think that it is malfunctioning like I did!
The built-in battery do last quite a while before it needs recharging and it can be charged with any USB powered source.
The keyboard on the other side is handy when browsing or chatting and way easier to use as compared to the Android on screen keyboard.
|Mini QWERTY keyboard
The buttons tactile feel is OK for me though may be a little too hard for some people.
Overall I am satisfied with the controller though the transceiver location issue do bug me at times but I guess it applies to any air mouse.
ProsSlim and light; nice to hold
Beautiful design and good built quality
Easy IR learning process
ConsUp/down button needs to be IR 'learned' for use with Android devices.
Transceiver don't work well when used as keyboard due to design
Specifications:Receiver: USB Nano Dongle
RF mode: 2.4Ghz GFSK
Transmission distance: Up to 10 meters
Transmission Power: Less than +4db
Power supply: Rechargeable 450mAh polymer Lithium-ion battery
Charging voltage: 4.4V ~ 5.25V
Charging current: 300mA
Sleeping Current class1: 86uA
Operation Voltage: 3.7V
Operating Current: 22mA
Product weight: 100g
Product Size: 170mm x 49mm x 16mm


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With our expertise in cognitive technology we are right now developing creative experiences that will constantly improve the brand-consumer relationship.
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We’ve developed a smart tool that could recognise any sneaker model by using Deep Learning algorithms. Once trained by being shown a minimum of 50 reference images of a shoe, our Shoegazer® AI will then confidently recognise that product in real world scenarios. This base solution will act as the foundation of fashion product recognition tools we will be developing for our clients.
The creation of a product recognition tool that can work as a mobile web application opens huge opportunities for us to develop AI-powered product recommendation solutions based on real world inspiration. Or a tool that will immediately recognise a fashion product you see while out and about and deliver back shoppable results.
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Wouldn't it be handy to have all system processes displayed along
with some attribues, like CPU busy, start time etc.?
Wouldn't it be even better to have these processes sorted, e.g by
- CPU,PIN, or
- start time, or
- elapsed time, or
- actual busy time
And what about having the shown processes refreshed every n seconds?
ShowSys does the trick for you.
ShowSys can display all system process, sorted by
- CPU,PIN (default)
- start time (BY STARTTIME modifier)
- elapsed time (BY CPUTIME modifier)
- busy time (BY CPUBUSY modifier)
- process name (BY PROCNAME modifier)
where the Evaluation results of the
- elapsed time (BY CPUTIME CYCLE modifier)
- busy time (BY CPUBUSY CYCLE modifier)
can be refreshed every 1 .. 300 seconds.
The shortest cycle time is dependent on the terminal output time,
and the number of processes to be taken into account.
The cycle time is automatically set to: $MAX(CycleTime,TerminalOutputTime)


Unveiling the Secrets: 5 Revolutionary Research Methods You Need to Know
In today’s fast-paced and information-driven world, conducting effective research is essential for staying ahead of the competition and making informed decisions. As a leading authority in research methods, we understand the importance of employing revolutionary techniques to obtain valuable insights. In this article, we unveil five groundbreaking research methods that will revolutionize the way you approach your studies and help you uncover hidden gems of knowledge. Prepare to unlock the secrets that will empower you to outperform your peers and achieve unparalleled success.
Method 1: Quantum Research Analysis
Harnessing the power of quantum computing, we introduce Quantum Research Analysis (QRA), a cutting-edge methodology that transcends traditional limitations. QRA leverages quantum algorithms to process vast amounts of data in parallel, enabling researchers to explore complex relationships and patterns that would otherwise remain elusive. By utilizing the principles of superposition and entanglement, QRA empowers you to delve deeper into your research, unlocking new dimensions of understanding and providing you with a distinct advantage.
Method 2: Neural Network Surveys
Traditional surveys often suffer from limited response rates and biased results. Enter Neural Network Surveys (NNS), a breakthrough approach that leverages artificial intelligence to revolutionize the way we collect and analyze survey data. By utilizing advanced neural networks, NNS can interpret responses with unparalleled accuracy, detecting underlying sentiment and hidden patterns. Through sophisticated algorithms, NNS adapts in real-time, optimizing the survey experience and ensuring higher engagement. Prepare to embark on a journey of insightful survey analysis like never before.
Method 3: Augmented Reality Field Studies
Imagine immersing yourself in a virtual world where you can conduct research in real-world environments without leaving your desk. With Augmented Reality Field Studies (ARFS), this becomes a reality. By overlaying virtual elements onto the physical world, ARFS enables researchers to observe, interact, and gather data in a simulated yet realistic setting. Seamlessly blending the digital and physical realms, ARFS empowers you to explore diverse scenarios, uncover behavioral insights, and make data-driven decisions with confidence.
Method 4: Sentiment Mining Algorithms
Understanding public sentiment is crucial for businesses, policymakers, and researchers alike. Sentiment Mining Algorithms (SMA) offer an innovative solution to analyze vast amounts of textual data, such as social media posts, customer reviews, and news articles, to gauge public opinion accurately. By employing natural language processing and machine learning techniques, SMA can identify sentiment, extract valuable insights, and detect trends in real-time. Unleash the power of SMA, and gain a competitive edge by making informed decisions based on the collective voice of your audience.
Method 5: Data Fusion Visualization
In the age of big data, extracting meaningful insights from diverse sources can be challenging. Data Fusion Visualization (DFV) provides a comprehensive solution by integrating multiple data sets into a unified visual representation. By combining structured and unstructured data, DFV enables researchers to identify correlations, patterns, and outliers with ease. Through interactive and intuitive visualizations, DFV enhances data exploration, enabling you to uncover hidden relationships and make data-driven decisions confidently.
As we conclude this article, we have unveiled five revolutionary research methods that will transform the way you approach your studies. Quantum Research Analysis, Neural Network Surveys, Augmented Reality Field Studies, Sentiment Mining Algorithms, and Data Fusion Visualization offer unparalleled opportunities to gain deeper insights, make informed decisions, and outperform your competitors.
By embracing these cutting-edge methodologies, you position yourself at the forefront of research innovation, unlocking doors to knowledge that were previously inaccessible. Embrace the power of these revolutionary methods, and prepare to redefine the boundaries of research excellence. Together, let’s embark on a journey of discovery, where the secrets of the world are waiting to be unveiled.
Remember, in the realm of research, the only limit is the one we set for ourselves.


There's no doubt that robots are changing the manufacturing landscape. But what do you need to know in order to take advantage of their capabilities? This blog post will provide an overview of how robots are used in manufacturing, as well as the benefits they can offer your business.
As industrial robots become more prevalent in manufacturing, there is a growing concern over their impact on the workforce. Many people believe that robots will lead to mass unemployment as they take over jobs that are currently done by humans.
However, this may not be the case. While some jobs may be replaced by robots, others will be created as companies find new and innovative ways to use these machines. The future of the workforce is uncertain, but it is clear that robotics will play a significant role in it.
- Why Use Robots in Manufacturing?
- Types of Manufacturing Robots
- How Robotics Are Evolving
- History of Robotics in Manufacturing
- Future of Robotics in Manufacturing
Why Use Robots in Manufacturing?
Robots in manufacturing are increasingly becoming a staple in many factories and plants. They have the ability to improve productivity, while also reducing costs and human error. In addition, they can work tirelessly for long hours without getting tired, and can be programmed to do very specific tasks over and over again with consistent results.
One of the main reasons manufacturers are increasingly using robots is because they can help to improve productivity. In many cases, a single robot can do the work of several human workers. For example, a welding robot can weld metal components together much faster than a human welder could. This means that more products can be produced in a shorter period of time, which can help to improve a company’s bottom line.
Help to reduce costs
Another reason to use robots in manufacturing is that they can help to reduce costs. In many cases, robots can be purchased for a fraction of the cost of hiring human workers. In addition, robots require less training than human workers, and they don’t need breaks or vacations. This means that companies can save money on labor costs by using robots instead of humans.
Reduce human error
Lastly, robots can help to reduce human error. Humans are susceptible to making mistakes, but robots can be programmed to do tasks perfectly every time. This means that manufacturing companies can rely on robots to produce products that meet the highest standards of quality control.
Types of Manufacturing Robots
There are several types of manufacturing robots, including: assembly robots, welding robots, and material-handling robots.
Assembly robots are used to put together products. They are typically used in the automotive industry to assemble cars. However, they can also be used to assemble other products, such as computers and electronic devices.
Welding robots are used to weld metal components together. They are typically used in the automotive and aerospace industries. However, they can also be used in other industries, such as shipbuilding and construction.
Material-handling robots are used to move materials around a factory or plant. They are typically used in the food and beverage industry to move products from one location to another. However, they can also be used in other industries, such as the automotive industry.
Other manufacturing robots
Robots can be built to accomplish a wide range of activities, and they have the potential to do many of them at a higher level than humans. Repetitive or hazardous work can simply be done by a robot, allowing businesses to produce higher-quality items more regularly.
This versatility is one of the primary reasons that robots have become so popular in the manufacturing industry. Examples of the tasks they can be programmed to perform include:
- Welding materials
- Assembling parts and products
- Cutting and slicing
- Painting products
- Labelling products
- Picking products
- Packing products
- Testing products
- Handling materials
- Handling dangerous goods or waste
- Palletising products
How Robotics Are Evolving
Robots have come a long way since they were first introduced into the manufacturing industry. In the past, they were mostly used for simple tasks, such as welding and assembly. However, they are now capable of much more complex tasks, such as material handling and quality control.
As robots become more advanced, their capabilities will continue to increase. This means that they will eventually be able to replace humans in many manufacturing jobs. While this may seem like a bad thing, it’s important to remember that robots can help to improve productivity and reduce costs. In addition, they can help to reduce human error. As a result, they have the potential to improve the quality of products and make manufacturing companies more efficient.
History of Robotics in Manufacturing
The use of robots in manufacturing is not a new concept. In fact, the first robot was used in a factory back in 1961. This robot, called Unimate, was created by George Devol and Joseph F. Engelberger. It was designed to perform simple tasks, such as welding and assembly.
Since then, the use of robots in manufacturing has increased dramatically. Today, there are over 1.8 million industrial robots in use worldwide. This number is expected to grow to 3 million by 2020.
The growth of robotics in manufacturing can be attributed to several factors. First, the cost of robots has decreased significantly over time. In addition, the capabilities of robots have increased, making them more versatile and able to perform more complex tasks. Finally, the use of robots can help to improve productivity and reduce costs.
Future of Robotics in Manufacturing
In the past seven decades, there have been incredible advancements in robotics and manufacturing. In the 1950s, robots were first introduced onto production lines. Robotics is developing at an amazing pace, with technology, hardware, software, and systems all progressing at a breakneck speed. In this regard, the future of robotics in manufacturing is very promising.
Manufacturing robots are predicted to become more intuitive in the future, relying not just on their programming but also on their ability to react to their surroundings. This is aided by an expansion of the artificial intelligence sector, which will give robots the capacity to reason for themselves.
Robotics developers, like FANUC, are already creating robots that may learn from their surroundings and from their own actions. This implies that industrial robots will be more self-sufficient, flexible, and require less human involvement in the future.
As robot-manufacturing systems become more advanced, they will be able to build products with greater accuracy and precision. This will allow them to be used in the assembly of more complex products, such as electronics (including mobile phones, which are generally still built by hand).
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About Nevatio Engineering
Nevatio Engineering is an agile design and engineering consulting team capable of on-demand mechanical and electrical engineering, functional prototyping, engineering documentation, and machine retrofits. Our added knowledge in industry design standards such as ASME, ANSI, ISO, NFPA, NEC and BS allows us to quickly integrate our services with your existing standard design processes, keeping your resources free from unnecessary rework.
We specialize in helping industry leaders solve difficult engineering and design problems. Our mission is to empower our clients with the tools and skills necessary to create solutions to their technical problems. With our expertise, clients can address any technical design problems that stand in their way.
We believe in being consistent with our deliveries. This means that we are always on time and able to work for your business needs, no matter what they may be.


The first step to create a circuit boards is to create the layout of the components and their positions. The component footprints are used to represent net connections. They can be represented using rubber-band images. Take into consideration the performance of components, as well as physical obstructions and the ease of assembly when placing them. The success of circuit design depends on the placement of components. The design won’t be useful if it is not aesthetically pleasing.
The cost and signal quality of circuit boards are affected by the materials used. The material’s ability to absorb electromagnetic energy determines its loss tangent. Materials with low losses are more affordable However, choosing materials with lower losses will result in higher board costs. The rate of signal degradation is also determined by the eye pattern. In the case of FR-2 material which is commonly used in consumer electronics, the materials are not nearly as good as FR-4 which is the standard. FR-2 has less electrical properties than FR-4 and has low arc resistance. Its temperature rating is usually 105 degC.
Transistors are semiconductor devices that can switch electronic power and amplify electrical signals. They are typically marked with the Q symbol and come with three terminals. Switches are used for many everyday functions such as turning on and off. Inductors can be color coded or wired in raw form. Switches can be used to enable or disable different functions on a circuit board.
How do circuit boards work and a circuit board could contain anything from simple transistors to complex microprocessors. It is composed of copper layers that are thin and have multiple electrically conductive paths. These traces are connected to the other components via solder. The circuit boards’ layers can be easily removed or added and components are quickly replaced. They make it easier to put together electronic components. They can also be reversed if they fail. Circuit boards may also fail.
Flexible circuit boards are also used in custom enclosures or cases. Some are constructed from special materials and operate at high frequencies. Others are coated with copper layers that are heavy. Some are made to work in extreme environments. For example there are circuit boards specifically for underground sensors and for engine compartments. These circuit boards are usually very precise. They are vital for many electronic applications. Before you decide on a circuit board to use in your next project, it is important to understand how it works and its construction.
A single-sided board, sometimes referred to as a single-layerboard, is usually made up of a single copper layer and one substrate. Single-sided boards are easy to design and mass-produce however they are only suitable for simple circuits. Double-sided circuit boards, on the other hand consist of two layers of copper. A circuit board that has two sides is ideal for high-speed communications. Double-sided boards may also contain holes that permit leads to be inserted.


123 HP Officejet Pro 9023 Wireless Setup
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123 HP Officejet Pro 9023 Wireless Setup Wizard
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Disclaimer: 123-support-printers.us is an independent service provider for third-party products. Any use of third party trademarks, brand names, product, and services is only for reference and to furnish information. If your product is covered by warranty, the support service may be available for free from the manufacturer. We disclaim any ownership in, right to, affiliation with, or endorsement by unless stated. Users are advised to review our policies before using our Website.


Samsung sees foldable technology as the next step for improving our smart devices and has been leading the charge with its Galaxy Z Flip and Z Fold. But more competitors are coming, and steep price tags could be out of many customers’ budgets.
WSJ personal tech reporter Dalvin Brown joins host Zoe Thomas to discuss why smartphone makers see foldables as the next big thing and how they hope to convince customers.
Photo: Samsung Electronics/via Reuters
For more episodes of WSJ’s Tech News Briefing: https://link.chtbl.com/WSJTechNewsBriefing
Visit the WSJ Podcast Center: https://on.wsj.com/3zTcL89
More from the Wall Street Journal:
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#FoldablePhones #Samsung #WSJ


25% of our allotted build time has evaporated, and we have built a bit less than 25% of our robot. We'd better get cracking if we want to build a great robot like we know we can.
Regardless, we are still making progress. Dan's teaching Henry some programming, and in the meantime he's learned how to work with Kinect. Marquel and Mr. Dodson found some good motors for use in our robot. Meanwhile, I realized that if we're going to apply for the Chairman's Award, we have less than a month before the due date. Therefore, Captain Grace says we're not likely to enter. But then what am I supposed to write for the team?
The build team has created another prototype, our best yet. It is similar to a conveyor belt in that it slides the basketballs along by spinning two timing belts along and propelling them along the prototype's length. It really is quite impressive!
Also, we have ascertained that our old robot moves and stuff. You know you're on a quality FRC team when you've got to check that the robot moves and stuff! XD
New to FIRST?
Hello, Robolions team members, mentors, friends, and community members! Welcome to "The Fourth Law of Robotics," home to University City High School's FIRST (For the Inspiration and Recognition of Science and Technology) Robotics Team. We hope to use this blog to inform you about what we're up to.
We compete in the FRC (First Robotics Competition), an annual competition where we have six weeks to build a robot from scratch. This year's game is Recycle Rush. We'll post updates here to let you all know what we're up to with building (and competing with) our robot!
We also are now competing in FTC (First Tech Challenge), the next level down from FRC. The game was called Ring It Up!


Fender Acoustic 200 Combo Amplifier - 2X8 Speakers 2 Channel - Bluetooth Streaming
The ultimate mid-sized acoustic amp with classic Fender styling and, most importantly, full-range and articulate acoustic sound! Plug your mic and acoustic-electric guitar into the Fender Acoustic 200 and enjoy incredible sound with great features like studio-quality effects and Bluetooth wireless streaming for music playback. Its specially designed wood shell complements the acoustic guitar’s form and voice.
A powerful, portable system for solo performances or onstage with a band, the Acoustic 200 amp has two channels designed for instrument or microphone use, each with studio-quality stereo effects. Other convenient features include Bluetooth wireless streaming, an integrated handle, universal voltage for international use, and more.
200W Output Power, Two 8” Full-Range Whizzer Cone Speakers, Bluetooth for audio streaming with wireless devices, Finished plywood Shell, Integrated Handle, XLR Line output, Headphone output, Auxiliary input for use with external audio devices, Universal voltage operation for global use – plug it into the wall, anywhere, USB jack for audio streaming/recording, Footswitch jack for optional 4-button effects on/off switch (P/N 008-0996-000) adds functions like Tap Tempo, Tuner, and more.
- Fender Acoustic 200 Combo Amplifier Specifications
- Model name: Acoustic 200, 120V
- Model number: 2314100000
- Series: Acoustic Series
- Amplifier Type: Solid State
- Speaker: Two – 8 inch Full-Range Whizzer Cone
- Inputs: Two - (XLR / 1/4 inch combined)
- Channels: Two
- Controls: Channel 1: Volume, Low, Mid, High, FX Level, FX Select, Phase Switch. Channel 2: Volume, Low, Mid, High, FX Level, FX Select, Phase Switch
- Effects: Room Reverb, Hall Reverb, Tape Echo, Delay with Repeats, Chorus, Vibratone, Delay + Chorus, Delay + Hall Reverb
- Wattage: 200 Watts
- Covering/Grille Cloth: Finished Plywood
- Grille Cloth: Brown
- Handle: Integrated Top-Mount Handle
- Knobs: Black Plastic
- Other Features: Tilt-Back kickstand
- Dimensions (HxWxD): 16 x 18.5 x 9.5 inches
- Weight: 23 lbs (10.4 kg)


Association for International Journal in Computer Science & Electronics
The Association for International Journal in Computer Science & Electronics is an open access journal that publishes articles which contribute new results in selected areas of the computer science & electronics. It is an international journal intended for professionals and researchers in all fields of computer science,computational mathematics, computer engineering and scientific computing, for programmers, and software. The journal also aims to publish new attempts in the form of special issues on emerging areas in computer science and applications.
The journal welcomes publications of high quality papers on theoretical developments and practical applications in computer science. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
The AIJCSE Journal is published monthly.
Copyright @ 2018 aijcse - Association for International Journal in Computer Science & Electronics.All Rights Reserved


Data Warehouse (DWH) solution
BTG staff is skilled in the implementation of complex systems such as complete centralized Data Warehouse solutions based on a DWH system, business intelligence software tools and advanced data storage systems.
Clients include a large bank in Riga, Latvia
Big Data is a general term used to describe the voluminous amount of unstructured and semi-structured data a company creates -- data that would take too much time and cost too much money to load into a relational database for analysis.
Big data analytics can be accomplished with software tools commonly used as a part of advanced analytics disciplines such as predictive analytics and data mining. However, the unstructured data sources used for big data analytics may not fit in traditional data warehouses. Furthermore, traditional data warehouses may not be able to handle the processing demands posed by big data. As a result, a new class of big data technology has emerged and is being used in many big data analytics environments.
BTG partner Greenplum’s DWH is built to support Big Data Analytics. Greenplum DWH manages, stores, and analyzes Terabytes to Petabytes of data. Users experience 10 to 100 times better performance over traditional RDBMS products – a result of Greenplum’s shared-nothing MPP architecture, high-performance parallel dataflow engine, and advanced gNet software interconnect technology. (www.gopivotal.com)
BTG has more than 5 years’ experience working with ETL job tasks for Teradata and with Greenplum DWH solution and data mining tools.
BTG staff and consultants are skilled in providing statistical analysis for clients.
For more information regarding BTG’s analytics and information management services, please contact us here.


Sensor cables manufacturer today? The materials selected for the contact parts shall meet the electrical and mechanical properties requirements, while ensuring ease of processing and low cost. Performance requirements mainly refer to low contact resistance and good electrical conductivity throughout the life of the material, which is related to the surface properties, elastic modulus and stress relaxation characteristics. Common contact materials are: copper, brass, tin bronze, beryllium bronze, copper alloy, steel and nickel. Find extra information on https://www.mococonnectors.com/products-19957.
If the link you need is for data and communication links, we will be your ideal partner company. Mocolian’s connectors are specially designed for base stations, wireless ad hoc networks, ruggedized computers/tablets, headphones, hand Microphone, receiver, antenna, RJ45, USB, DB9 RS485/RS232/RS242 serial port and other solutions. 360-degree shielding, all-round EMC protection, escort your signal transmission, 360-degree shielding, faster signal transmission speed, all-metal shell, further protection.
Since all the circuit conductors required can be installed in a cable at one time, installation labor is saved compared to certain other wiring methods.A cable assembly is the composition of one or more electrical cables and their corresponding connectors. A cable assembly is not necessarily suitable for connecting two devices but can be a partial product (e.g. to be soldered onto a printed circuit board with a connector mounted to the housing). Cable assemblies can also take the form of a cable tree or cable harness, used to connect many terminals together.Sensor cables and RF cables are popular in market, MOCO cable manufacturer can provide customized service to match customer’s requirements.
MOCO has widely range of connectors and cables, like push pull circular connectors, sensor connectors, RF connectors, Mil spec connectors, sensor cables, RF cables, camera cables, NDT cables and bare cables, so makes our connectors and cables widely used in aviation, testing, GPS, communication, medical, military and automation instruments. If you need help for your project about connectors and cables, we will tray our best to help you, as we have strong and experience sales team and engineer team. It will save your time and costs once you find a reliable partner.
Military connectors are used for extreme aeronautical and tactical service applications. MOCO Interconnector provide Military circular connector (i.e. D38999, MIL-DTL-5015), micro rectangular connector (i.e. J30J-15TJL, MIL-DTL-83513) and bayonet connector (i.e. YLH Y50 series). They are applied in military communication, computers, navigation, radar, airborne, marine guidance control and electronic warfare. The most popular military connector is MS5015 series. The main advantages are as following: ease of engagement and disengagement; Allowing power and signal lines in one mil spec connectors; Rugged mechanical performance under harsh environment conditions; Compatible with international famous brands; Multiple size and pins for your choice; Several shell styles: straight, right angle, wall receptacle, box receptacle and cable plug; Very favorable price; Interlock and captive nut to prevent inadvertent disassembly. See even more info on mococonnectors.com.
MOCO Connectors is a top-rated push pull connector factory in China, producing quality connectors compatible and at par with other global brands’ connectors. Our push pull connectors are tested and certified by UL,CE and RoHS. MOCO’s push pull connectors feature the automatic push pull locking system design which is widely used in different industries. All of our circular push pull connectors are easy to use and mates safely, connects and disconnects quickly, and saves space.The standard brass contacts with gold plates over a nickel underplate design are found across our different series.They are available in solder,crimp,or PCB contacts.They are highly reliable and can endure over 96 hours of salt spray corrosion testing and more than 5000 mating cycles.