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Welcome to MindK.com, a cutting-edge technology company specializing in IT Services & Computer Repair, Web Design, and Software Development. Our team of experts is devoted to providing tailored solutions for businesses in various industries. In this article, we will delve into the world of medical software development, highlighting its significance for healthcare organizations and exploring the comprehensive range of services offered by MindK.
The Importance of Medical Software Development in the Healthcare Industry
With the continuous advancements in technology, the healthcare industry has witnessed numerous transformations, and medical software development plays a vital role in this evolution. By leveraging the power of innovative and efficient software solutions, healthcare organizations can streamline their operations, improve patient care, enhance productivity, and achieve cost savings.
Medical software development involves creating bespoke software applications that cater to the unique needs and challenges faced by healthcare providers. These applications encompass a wide range of functionalities, from electronic health records (EHR) systems and patient management portals to telemedicine solutions and medical billing software.
Comprehensive Medical Software Development Services at MindK
At MindK, we understand the complex requirements of the healthcare industry and offer a comprehensive suite of medical software development services. Our team of experienced developers, designers, and analysts collaborate closely with clients to deliver tailor-made solutions that drive operational efficiency and improve patient outcomes.
1. Custom Software Development
Our custom software development services ensure that healthcare organizations receive software solutions perfectly aligned with their unique needs and specifications. Leveraging the latest technologies and frameworks, our developers create scalable and user-friendly applications that empower healthcare providers to deliver optimal care to their patients.
Whether you require an advanced EHR system, a medical imaging software, or a remote patient monitoring application, MindK has the expertise to turn your vision into reality. Our agile development methodology ensures timely delivery and effective communication throughout the project lifecycle.
2. Medical Mobile Applications
In today's fast-paced world, mobile applications have become an integral part of healthcare delivery. At MindK, we specialize in developing secure and intuitive medical mobile applications for both Android and iOS platforms. Our goal is to enhance the patient experience, improve medication adherence, facilitate telemedicine consultations, and enable easy access to medical information.
With our expertise in mobile app development, we help healthcare organizations leverage the potential of connected health solutions, empowering patients to actively participate in their own care and allowing healthcare providers to offer personalized treatment plans.
3. Healthcare Integration Solutions
Interoperability and seamless data exchange are essential for efficient healthcare delivery. MindK offers healthcare integration solutions that bridge the gap between disparate systems and ensure smooth information flow across the entire healthcare ecosystem.
Our team has extensive experience in integrating EHR systems, laboratory information systems, radiology systems, and various other healthcare IT solutions. We utilize industry-standard interoperability frameworks and protocols to enable real-time data exchange, improve care coordination, and optimize workflows.
4. Data Analytics and Reporting
Unlocking the power of data is crucial for healthcare organizations to make informed decisions, improve quality of care, and enhance operational efficiency. At MindK, we provide data analytics and reporting solutions tailored to the specific needs of the healthcare industry.
Our experts leverage advanced analytics tools and technologies to transform raw data into actionable insights. Whether it's analyzing patient outcomes, monitoring population health trends, or optimizing resource allocation, our solutions empower healthcare organizations to maximize the potential of their data assets.
Meeting the Unique Needs of the Healthcare Industry
As a leader in medical software development, MindK understands the unique challenges faced by the healthcare industry. Our team has in-depth knowledge of regulatory compliance, strict privacy requirements, and the need for system reliability and security.
Furthermore, our experience extends to working with various healthcare professionals, including doctors, nurses, administrators, and insurance providers. We ensure that our software solutions are intuitive, user-friendly, and optimize clinical workflows, resulting in time and cost savings for healthcare organizations.
Stay Ahead with MindK's Medical Software Development Services
In conclusion, medical software development is a game-changer for the healthcare industry. MindK's expertise in IT services & computer repair, web design, and software development ensures that we are well-positioned to deliver next-generation solutions that drive positive outcomes.
By partnering with MindK, healthcare organizations can unlock the potential of tailor-made software applications, mobile solutions, and integration platforms. Embrace the future of healthcare delivery and stay ahead of the competition with our innovative and efficient medical software development services.
Contact Us for Your Medical Software Development Needs
If you are looking to revolutionize your healthcare organization through cutting-edge medical software solutions, look no further than MindK. Our team of experts is ready to understand your unique challenges and design personalized solutions that cater to your specific requirements.
Contact us today and unlock the potential of medical software development with MindK!


Apple’s new Watch, the Apple Watch 2, is expected to hit stores on September 30, 2018.
The Watch will cost $1,500.
The device is set to hit store shelves in the US, Canada, Australia, New Zealand, and South Africa on September 20, 2018, according to Apple’s website.
Apple will also offer a special price of $199 for the device that includes an extra wristband.
The Watch 2 will also be available in a number of other countries, including China, Germany, France, Russia, Spain, United Kingdom, and United States, according the company’s official website.
Apple Watch is a product of Apple, the world’s largest maker of electronic devices.
The watch is built with Apple’s latest technology, which includes a new design, a redesigned watch face, and a new, more powerful processor.
Apple has also created a new product line called Apple Watch Edition, which will be sold in select stores.
Apple’s new watch is expected by analysts to be the best-selling smartwatch on the market in 2018, as well as the first smartwatch to sell more than 5 million units in a single year.


Which Superlot Receivers Are Supported by SL-2?
The newest member of SLR photography’s family is the SL-mounted microphone called the SL-mates Mini Revolver. It’s great for musicians who are interested in recording in their own studios without having to worry about cables and other hardware that might have to be arranged for an on-site session. In fact, there is no need to connect the SuperSlot directly to your computer monitor. Instead, you attach the Mini Revolver to a USB port on your computer and then attach the SL-2 or SL-6 SuperSlot to your recorder via a USB cable. Doing this eliminates the need for power, cables, and audio connections.
The SL-mates Mini Revolver includes three separate sections. The first section is a set of eight-pins that contains one each of the channels of the SuperSlot’s transmitter and receiver. This allows you to select which receivers need to be connected to the eight-pins. A fourth section contains two buttons and an encoder superslot. This allows you to send a voice message that is converted into a digital sound.
The second part of the SLR-mates package is a radio receiver that can be used with any of the eight-series SLRs. The radio comes with an SL-Pod adaptor and an SL-timer. The radio has three separate channels per slot, allowing you to assign specific slots to various types of media. The timer helps you to manage and record your projects in accordance with their length. Each SLR has its own dedicated channel, allowing you to control recording according to your current desires.
The last SLR component is the SL-mate Two Slot-In Wireless Audio Interface. The Two Slot-In Wireless Audio Interface is compatible with any of the original or pre-production Nintendo DS systems. You can connect the wireless module to a host computer, using one of two different methods. Either through MIDI or through Bluetooth, the Two Slot-In Wireless Audio Interface connects up to eight radio receivers and one wireless transmitter (when using Bluetooth). You can also program one or more channels on the transmitter for future reference.
The majority of the superslot products have been tested and approved for sale by Nintendo. Based on this fact, it is apparent that Nintendo supports many different types of wireless audio systems and peripherals. The two most popular products are the SL-casters which consist of eight receivers and two transmitters, and the SL-rums which include a single transmitter and one or two receivers. Each product is able to support many different types of media including MP3 and other music players.
The two most popular products from the SL-cast audio group are the SL-casts, which include the infamous SLK42 ikss rear panel. ikss stands for pasha, or in some cases SKY, meaning sky. This is the most common code that Nintendo uses in their adapters. This code means that the receiver can be connected to a Nintendo Wii over Wifi without using the proprietary adapter. In addition to this, most of these devices come with additional functionality like voice recording, which will allow you to record your own messages.
Additionally, many other manufacturers have created wireless receivers from several manufacturers, allowing you to use your favorite brand, as well. Most commonly, these manufacturers include Marantz, Logitech, Klipsch, Rosemond, Altec Lansing, Kenwood, Squier, JL Audio, Gemaco, AT&T, iHome, Belkin, HOMemaker, iControl, Kombucha, Yamaha and Linksys. These manufacturers have very similar features, but their strengths differ. For example, with iHome, you can control your DVR through the receiver, while with iControl, you can do so through your computer.
When shopping for wireless receivers from several manufacturers, it is best to determine what types of functionality you are looking for, as well as where you plan to purchase them. If you plan on purchasing a newer model, an upgrade may be worth it, as upgrading to new technology may increase the product’s lifespan, reduce your expenses, as well as making the product more functional. If your budget is lower, or you just want to save money, you can choose to go with second hand units. Often these units function just as well, and they are sold at greatly reduced prices, as compared to new models. You should also keep in mind that most of the time, buying second hand is the better choice, especially if you are not planning to utilize the product extensively, or if the quality isn’t all that good.


Introduction to Intercom Systems in Los Angeles
Welcome to our comprehensive guide to intercom systems in Los Angeles. As a trusted provider of intercom system installation services, we understand the importance of efficient communication and enhanced security for residential and commercial properties. We will explore the general information about intercom systems, different types of intercom systems, popular intercom system brands, the installation process, and the benefits of having an intercom system. Whether you are a homeowner or a business owner in Los Angeles, this guide will help you make informed decisions about incorporating an intercom system into your property.
General Information about Intercom Systems
Intercom systems are communication devices that allow for real-time audio and, in some cases, video communication between different areas or individuals within a property. They serve as a convenient and secure way to communicate and control access. Intercom systems have become increasingly popular in Los Angeles due to their ability to enhance communication, improve security, and provide convenience.
Types of Intercom Systems
There are various types of intercom systems available, each designed to meet specific communication needs. Some common types include:
Wired Intercom Systems: These systems use physical wiring to connect the different components of the intercom system, ensuring stable and reliable communication.
Wireless Intercom Systems: Wireless intercom systems utilize wireless technology to establish communication between different devices. They offer flexibility in installation and can be easily expanded or relocated.
Video Intercom Systems: Video intercom systems provide both audio and video communication, allowing for visual identification of visitors or monitoring of different areas.
IP Intercom Systems: IP intercom systems utilize internet protocol technology, enabling communication over an internet connection. They offer advanced features such as remote access and integration with other smart home or security systems.
Popular Intercom System Brands
In Los Angeles, there are several reputable intercom system brands known for their quality and reliability. Some popular brands include:
Aiphone: Aiphone offers a wide range of intercom systems, including audio-only, video, and IP-based systems. They are known for their durable construction, advanced features, and user-friendly interfaces.
Comelit: Comelit specializes in video intercom systems and door entry solutions. They offer sleek and modern designs, high-definition video quality, and integration with smart home automation systems.
Ring: Ring is renowned for its video doorbell intercom systems. Their devices feature motion-activated cameras, two-way audio communication, and smartphone connectivity for remote access and monitoring.
Doorbird: Doorbird is known for its innovative and feature-rich video intercom systems. Their products offer high-resolution video, smartphone integration, and seamless integration with other smart home devices.
The installation of an intercom system typically involves the following steps:
Consultation and Assessment: Our expert access control technicians will assess your property and discuss your communication and security needs to determine the most suitable intercom system for you.
Equipment Selection: Based on your requirements, we will help you choose the right intercom system and any additional features or accessories.
Wiring and Infrastructure Setup: For wired intercom systems, our technicians will install the necessary wiring and infrastructure to connect the intercom components. For wireless or IP systems, we will configure the devices and ensure proper connectivity.
Mounting and Integration: The intercom devices will be mounted at strategic locations, such as entry points or common areas. They will be integrated with other systems, such as door locks or surveillance cameras, if desired.
Testing and Setup: Once the installation is complete, our technicians will thoroughly test the system to ensure proper functionality, audio/video clarity, and connectivity. We will also provide instructions on how to use and manage the intercom system.
Who Needs an Intercom System?
Homeowners: Intercom systems offer added security by allowing residents to communicate with visitors without physically opening the door. They also provide convenience in managing access for family members, guests, or service providers.
Business Owners: Intercom systems enhance communication within commercial premises, allowing employees to communicate with each other or control access to secure areas. They also provide an efficient way to manage deliveries or interact with visitors.
Multi-Unit Buildings: Intercom systems are essential in apartment buildings or gated communities, enabling residents to screen visitors and grant access remotely.
Educational Institutions: Intercom systems are used in schools, colleges, and universities to facilitate communication between classrooms, offices, and other areas, ensuring efficient coordination and emergency response.
Benefits of Having an Intercom System
Enhanced Security: Intercom systems allow for controlled access and the ability to communicate with visitors before granting them entry. This helps prevent unauthorized access and enhances the overall security of your property.
Convenience and Efficiency: With an intercom system, you can communicate with individuals in different areas of your property without having to physically move to each location. This saves time and effort, particularly in larger properties.
Improved Communication: Intercom systems facilitate seamless communication between different areas, making it easier to relay messages, instructions, or announcements within a building or property.
Integration with Other Systems: Many intercom systems can be integrated with other security or smart home automation systems, providing a comprehensive and interconnected solution for your property.
Professional Intercom System Installation Service in Los Angeles
At LACA Locksmith Guys, we specialize in professional intercom system installation services Los Angeles area. Our team of experienced technicians is equipped with the knowledge and expertise to assess your needs, recommend suitable intercom systems, and provide efficient installation services. We prioritize customer satisfaction and ensure that your intercom system is installed to the highest standards.
Whether you are a homeowner, business owner, or property manager, our reliable and personalized service will meet your communication and security requirements. Contact us today to schedule a consultation and take the first step towards enhancing communication and security in your property.
Frequently Asked Questions (FAQs)
How does an intercom system work?
Intercom systems consist of two or more interconnected devices that enable communication through audio or video signals. When a person at one location speaks into the intercom device, the sound is transmitted to the other connected devices, allowing for real-time communication.
Can intercom systems be used for both residential and commercial properties?
Yes, intercom systems are versatile and can be installed in both residential and commercial properties. They offer numerous benefits, such as enhanced security, improved communication, and convenience, making them suitable for various environments.
Can intercom systems be integrated with other security systems?
Yes, many intercom systems can be integrated with other security systems, such as access control systems, surveillance cameras, and smart home automation systems. This integration allows for a comprehensive security solution and seamless control of multiple systems from a central interface.
What types of intercom systems are available?
There are various types of intercom systems available, including wired, wireless, video, and IP-based systems. Wired intercom systems are commonly used in buildings, while wireless systems provide more flexibility. Video intercom systems offer both audio and video communication, allowing for visual identification. IP intercom systems utilize internet protocol technology for communication over an internet connection, offering advanced features such as remote access.
Can intercom systems be customized to fit specific property requirements?
Yes, intercom systems can be customized to fit specific property requirements. Our team of experts will assess your property, understand your communication needs, and recommend an intercom system that suits your requirements. We can also provide additional features and accessories to enhance functionality and convenience.
Do you provide maintenance and repair services for intercom systems?
Yes, we offer maintenance and repair services for intercom systems. Regular maintenance helps ensure the optimal performance of your intercom system, while our technicians can troubleshoot and repair any issues that may arise.
How do I get started with installing an intercom system in my property?
Getting started is easy! Simply contact our team at LACA Locksmith Guys to schedule a consultation. We will assess your needs, recommend the most suitable intercom system for your property, and provide a detailed plan for installation. Our experts will guide you through the entire process, ensuring a seamless and hassle-free experience.
Remember, having an intercom system can greatly enhance communication, security, and convenience in your property. Contact us today to get started on your intercom system installation journey.


Guarantee and maintenance
What is an MIP?
What are its uses?
What areas can they be used for?
Are computer skills required to use an MIP?
No. MIPs are designed to
facilitate interaction with all kinds of users
. In the case of MIPs with touch-screen, operation is even easier as this is the only element required to use the MIP.
Can a MIP offer the same things as traditional computer systems?
Is it possible to custom the design and/or computer equipment?
Who installs and maintains it?
Are there different models?
Is it possible to hire an MIP?
Who should I contact with if I want to buy an MIP?
How much does an MIP cost?


Halse and Hatch
The emphasis in this phone singe sideband design is ease of construction. The Halse RX can be used on its own but together they form a single band 5 Watt SSB TCVR for any single band of 20, 40 or 80m. The superhet's IF is 9 MHz which gives coverage of the 20 and 80m bands with a single VFO band near 5 MHz; and by just changing the VFO inductor it can work near 2 MHz for the alternative 40m band. Starting at the aerial, the receiver has a double tuned RF filter, followed by the first mixer which is an SA602 having its own discrete IF amp prior to the IF filter which uses four crystals in a ladder formation. The second mixer is also an SA602 which includes the Carrier Insertion Oscillator and can work on either sideband by the addition of an inductor. The first audio stage uses a pair of BS170 MOSFETs driving the AF gain control, which is followed by the audio output stage able to drive a loud speaker or phones. The RX PCB is nearest the front panel in the photo below. You can add the Mini CW kit, the Mini AGC, and or a digital frequency readout - the three digit one is most appropriate.
For transmission, the RX is switched over to produce low level SSB by installation of relays that come with the TX kit. The microphone speech amplifier output is fed into the RX second mixer which now acts as a balanced modulator. The IF strip is then used in the reverse direction (with relays reversing the mixer inputs and outputs to reverse the signal flow), so that the IF filter removes the unwanted sideband and feeds into the other mixer to get to the desired band frequency. The RF BPF removes the unwanted mixer products so that low level SSB is actually ejected out of the RX aerial terminal! Then follows the TX RF amplifier chain with an IRF510 MOSFET for the RF output stage; this is designed to produce 5W on a nominal 12v supply, but as ever, it is highly dependent on actual supply volts at the output stage! This is followed by a double Pi harmonic filter with the inductors and capacitors adjusted for the chosen band. TR control is by your mic's PTT switch and this also mutes the RX when transmitting.
Prices are GBP 46 for the Halse RX, or GBP 79 for the Halse and the Hatch when ordered together. The Hatch is priced at GBP 36 when ordered on its own later.
This is a new CW TCVR for any single band 20 to 80m. On 80m it uses a ceramic resonator for the VFO giving several 10s KHz tuning range. The RX is direct conversion with a PolyVaricon for the main tuning and a voltage controlled diode for the Fine tuning beat note offset, which is automatically cancelled when you go to transmit. The RX has an RF amp with an RFG preset, followed by a double tuned RF filter and then a pair of JFETs for the product detector. This is followed by the first audio amp and a humped low pass CW filter centred on 725 Hz , which feeds the AFG pot and the audio power amp for a LS or phones. For transmission, the VFO feeds digital gates for the RF keying which then drive a buffer stage and a pair of BS170 MOSFETs in the output stage for a nominal 1.5W (with a 13.8v supply) on any band to 20m. The transmitter output has twin pi low pass filtering and the TR control circuits automatically disconnect the LPF from the RX RF amp when transmitting for click, and thump, free full break in changeover! There is also a 725 Hz sidetone oscillator, with adjustable level, that feeds into the RX audio amp. The 3.58 MHz ceramic resonator can be replaced by a crystal of your chosen frequency for the higher bands where ceramic resonators are not suitable, or by a 4 MHz resonator that can drive the Digi-mix kit fitted with a crystal to for any band output (including 5262 KHz!) up to 20m - this has the advantage of giving approx 50 KHz tuning range instead of the very limited range with a crystal. The photo below has the Digi-mix piggy back on a 40m Culm. The plain 80m Culm is pictured on the Home page. The Culm price is GBP 42.
This is a very simple single band DC RX. It can be built very easily on a small piece of copper laminate so I am not going to do a kit for it! Full details are in Hot Iron E99.
Three 'Crystal' Isle
This is the simplest way to produce CW on more than one frequency! If all three frequencies are in the same band then no extra low pass harmonic filters are needed - see the simple page; but if they are for two or three bands then you also need a Dual LPF kit (plus the extra crystals) for the two extra filters not fitted on the Isle PCB. The selection of filters and crystals are done by DC signals from the rig's centre off toggle band switch. The other aspects of the transmitter are as in the single band Isle description. The Isle plus Dual LPF kit shown below and costs GBP 30. Band crystals are GBP 3 each if wanted but see below for VFO operation!.
Three Band VFO schemes
To avoid problems of chirp and poor frequency stability on the higher bands, you can use the Mini Mix kit with a slightly altered VFO of the Mk 2 Yeo, to provide the necessary Local Oscillator (LO) signal for the RX (and the TX); the mixer kit can then also easily provide outputs for 20, 40 and 80m simultaneously, so that three band reception and transmission with VFO control is possible. A simple centre off toggle switch can select the wanted LO output with another pole controlling the filter relays. For SSB, the Yeo's Fine control provides a plain band-spread action, whereas for CW, it provides RIT under control from the Isle.
If you have the Mini Mix kit with the Yeo as above (producing the LO signals for all three of 20, 40 and 80m), it is only necessary to add the receiver's input RF input filters for the missing bands to provide three band reception! The Yeo PCB is drilled for these extra parts as shown below. The Mini mixer kit has been fitted on the side here to keep the footprint small for ease of demonstration and compactness. These extra 3 band filter parts cost GBP 10.
Three Band VFO Controlled Isle & Yeo
The next step is to make the Yeo able to transmit CW on all three bands 20, 40 and 80m! Just feed the Mini Mix's LO signal also to the Isle which has to be fitted with the Dual LPF kit for the extra bands. This combination provides full VFO CW transceiver operation on 20, 40 and 80m as shown below! It comprises a Yeo with 3 band extras, Mini Mix kit, Isle and Dual LPF. The discounted price is GBP 76.
Home Page, List, Simple, Advanced, Accessories, Ordering
Walford Electronics Ltd.


The Internet has changed the way business is conducted worldwide. CirrusLine is a pioneer in the use of voice communications via the Internet, enabling businesses to seamlessly and cost-effectively consolidate multimedia applications such as voice, data, video and data over a single communication circuit and connect with customers, vendors and partners worldwide. This is generally referred to as voice over IP services.
CirrusLine solutions are robust enough for large business and also affordable enough for small business, home office, and home users. Any company that seeks to reduce its telecommunications costs and yet expand functionality is a candidate for CirrusLine broadband phone service. We work closely with a variety of Value-Added Resellers (VARs), systems integration organizations, and other service providers to package our services for customers.
Choices in voice communication today can be confusing. Contact us for a discussion on the benefits of a VoIP solution.
With CirrusLine unique solutions, multiple costly leased lines are no longer needed. You can save money without sacrificing quality. Many organizations have installed dedicated lines such as T-1, DSL, or PRI/BRI to provide bulk long distance telecommunications services. Other enterprises may use ISDN lines for the same purpose. CirrusLine eliminates the need for a second dedicated connection. Existing or new broadband Internet access connects the enterprise to the CirrusLine network, delivering lower costs and exceptional value. Because CirrusLine offers telephone numbers (also known as Direct Inward Dialing (DID) numbers from across the US and Canada as well as from many locations worldwide, enterprises can expand their reach at highly attractive prices. These VoIP DID’s allow organizations to have a “virtual” presence in cities around the world. Imagine calls originating in London (UK), Los Angeles, Chicago, Toronto, and Miami all ringing at an office in New York!, for example.
CirrusLine reduces telecommunications costs for your home office or home use by optimizing bandwidth usage and combining voice and data over a single IP connection. CirrusLine solutions offer additional savings by eliminating the cost and maintenance associated with troublesome and expensive legacy leased line phone services while reducing long-distance telephone charges. In addition, CirrusLine allows enterprises to retain their legacy PBX or customer premises equipment (CPE) and connect to the network in an evolutionary – rather than revolutionary fashion.
More organizations are switching over to VoIP, and for good reason. There’s cost-savings potential, flexibility, scalability, multi-functional phone capabilities and a host of other bells and whistles with the technology. providers are getting better by the day at addressing interoperability issues so that more devices can be turned into IP phones. Meanwhile, telework and enterprise mobility trends are putting all of these boons to good use.
It almost makes you wonder: What’s next for VoIP?
For those who haven’t been following the world of wireless technology, the Internet of Things refers to a massive, growing network of connected devices. The premise is anything and everything can be retrofitted with Internet connectivity. This includes household appliances, cookware, wearable technology such as wrist watches and fitness bands, HVAC systems, cars, the electric grid – the list goes on and on. The research firm IDC predicted that by only 2018, there will be an estimated 28.1 billion connected devices. This is nearly four times the number of people in the world.
So where does VoIP fit into all of this? Implicit in the name, Internet telephony relies on Internet connectivity to transfer voice as data over IP. This means that anything with a microphone, a receiver, wireless connectivity and a VoIP softphone, plus the software that facilitates the data transfer, can technically become a telephone.
Imagine, for example, that you purchase a smart refrigerator. The appliance comes with a built-in graphics user interface that lets you tell it what you currently have in stock. Before you leave in the morning, maybe you want it to remind you later in the day that you need to pick up milk on the way home from work. Now, imagine that this refrigerator malfunctions. In theory, the GUI could allow you to call support from the appliance itself over the IP network.
More connected devices means more possible VoIP end points.
And it’s not just static home appliances that have the potential to be more heavily integrated with VoIP. Smartwatches, smart glasses, smartphones and other devices may also be in a much better position to make Internet-based voice calls in the not-too-distant future.
In 2014, more than 40 percent of wireless phone traffic, and over 90 percent of tablet traffic, took place over Wi-Fi, according to The Economist. A more recent study from Juniper Research has suggested that this number is on the rise. By 2019, 60 percent of mobile data traffic will occur over the Internet.
This increase may be attributable to a gravitation toward ubiquitous Wi-Fi. Rather than relying on cellular for devices on the go, greater availability of Wi-Fi, and someday maybe even universal availability, will mean that more voice data traffic will likely run over VoIP applications.
Another tech trend that’s gaining significant momentum is enterprise mobility. This entails the further usage of mobile devices in the workplace. Typically, this means smartphones, laptops, tablets and more recently, smartwatches. However, as new wireless devices continue to be enhanced, such as smart glasses, enterprise mobility will continue to become more inclusive. As this happens, the market potential for wireless VoIP may only increase, especially if mobile traffic continues to be offloaded onto Wi-Fi.
Of course, many of the benefits of workplace mobility are already being realized. An increasing number of employees are choosing to work from where they want on a device of their choosing. Part of what makes this possible is mobile VoIP. With bring-your-own-device trends especially, the ability to install a VoIP softphone on a home desktop, laptop, tablet or smartphone is critical. This level of versatility is the reason VoIP will continue to be a staple for many years to come.
More importantly, businesses that have been dragging their feet in adopting a more mobile mentality risk putting themselves at a competitive disadvantage. The top-cited reason for mobile adoption in Enterprise Mobility Exchanges’ report, The Global State of Enterprise Mobility: 2016, is improved productivity. A productive business is more likely to be a stronger competitor.
At the moment, there are plenty of affordable, scalable, mobile UC offerings that can help organizations boost productivity and prepare for the future of business communication technology. In fact, any unified communications platform worth buying should accommodate mobility.
VoIP is the future of voice communications. Are you part of the future?


So I showed up at work yesterday with my iPhone in hand ready to tackle another busy day as a hospitalist. I looked down to discover that my iPhone had 70% of its charge missing. It's hard to make it through an eight hour day as a hospitalist without a cell phone. I know I plugged it in the night before. I figured the iPhone charger wasn't plugged in all the way. So I called Mrs Happy and asked her to bring my charger to work. She did. I plugged it in at work and nothing. No charge at all. I tried three different outlets. I even plugged the iPhone charger into the USB port of the computer I spilled coffee all over. Nothing. No charge at all. I thought this was the end. My iPhone was at least two years old. I knew I could get the new iPhone 4 at a discount. After taking a moment of silence for my dying 3G iPhone, I called Mrs Happy and told her I thought it was time to upgrade our phones to the new iPhone 4.
So I grabbed my phone and gave it a few quick blows in the power connector. Then I plugged it in. And wouldn't you know it. The darn thing started charging. So I called Mrs Happy back.Happy: Good morning. Thanks for bringing my iPhone charger, but I plugged my phone in and it still doesn't workMrs Happy: It's probably just the outlet. Did you try a different outlet?Happy: Yes. I tried three different outlets. I even plugged it into the computer. I got nothing. The thing is almost out of battery and I can't get it to charge. I think it's time to get new phones.Mrs Happy: Did you try blowing on the connection? My dad blows on stuff to fix it.Happy: Laughing. OK then. Blowing huh? I'll give it a shot.
If you ever find that your iPhone stops charging, try blowing on the connectors and that just might fix the problem. Perhaps some dust is preventing a good connection.Happy: You're never going to believe this. I blew on the connectors and it worked. The thing started charging. You'll have to tell your Dad it actually works.Mrs Happy: Laughing.


In the ongoing saga of smart grid technology and smart meter implementation, one group is stepping to the forefront when it comes to education. The Smart Grid Consumer Collaborative (SGCC) recently released an educational website to inform homeowners and renters with detailed information about smart grid technology and its benefits. The site aims to provide an insightful look at the amount of energy individuals use on average and the amount of energy that could be saved by the implementation of smart meters across the board in specific areas.
As you know if you’ve been following along with the BelRed Home Energy Blog, smart grid technology has the ability to monitor energy usage by households and, when necessary, regulate the amount of energy being used by certain appliances for a specific period of time using smart meters. While members in the energy industry certainly understand the concept of smart meter technology and its benefits and/or drawbacks, the SGCC found through research that less than 50% of energy consumers have never even heard the term smart grid technology, let along understand its concept.
As a result of these findings, the site was developed as a way to explain the details and benefits of this technology to individuals in basic and understandable terms. The site is also accompanied by social media account sharing and distributing similar facts and information about the potential energy savings and other benefits of smart meters. The site shares a basic “101” of smart grids, a detailed and interactive e-learning center, success stories of areas and homes that have implemented smart meters, articles with related news and a resource and research center for those looking to dig more into the topic.
The graphically pleasing homepage of the site features an interactive screen that shares the potential energy savings of an across-the-board implementation of smart grid technology by comparing energy savings to different common energy uses. For example, one fact shared demonstrates that the amount of total energy saved if energy grids would be implemented in the entire U.S. equals enough energy to power Las Vegas for a year – 207 times over! A similar comparison, on a more personal scale, states that energy savings from smart grid technology could run a standard refrigerator for 199 million years.
Another interesting component of the site breaks out information by the type of consumer that is visiting. Specific detail is set up for homeowners that fall into the following categories of desired information:
· “I want to learn more” – general information on smart grid technology
· “I care about the environment” – information and facts on how smart grid helps the environment
· “I care about saving money” – information on cost savings brought by smart grids
· “I want to be empowered” – information on the choices available to consumers when it comes to smart grid technology
If you’d like to learn more about smart meters and smart grid technology, this site is a great one-stop destination. As we’ve stated before, there are many ongoing debates about the benefits and concerns of the new technology. Educating yourself is the best way to make informed decisions and voice your opinion. For more, check out the video below on the benefits of smart grid technology:
Tags: Conservation and Utility Savings


Alhassan Salami Tijani
Keywords: Polymer Electrolyte Membrane (PEM) Electrolyzer, MATLAB, simulation
Abstract: The simulation tool consist of two main parts namely the simulation code and Graphical User Interface (GUI). The Graphical User Interface (GUI) was designed in MATLAB and is user friendly simulation interface which can be used to analyse the performance of any Polymer Electrolyte Membrane (PEM) Electrolyzer. The simulation code was developed based on theoretical models such as Butler Volmer equation that are related to the performance of the (PEM) Electrolyzer.


Electronics Test Engineer / Test Technician
Do you have experience gained testing and measuring electronic equipment, including circuit board analysis? Are you keen to develop your career as part of a thriving business during a time of exciting growth?
Established in 1995, Altimex are an award-winning electronics and fiber optics solutions company. We use the very latest software and test equipment to support one-off bespoke projects as well as large-scale, high-volume roll outs for clients in a variety of sectors including aerospace, defense, security, oil and gas exploration and nuclear. Our scope covers everything from initial concept and design through to electronic and mechanical assembly.
Our team mean a lot to us, and we’re proud to say we won the prestigious Business of the Year award from the North Wales and West Cheshire Chamber of Commerce in 2016 and in 2022 The High Sheriffs Award for Enterprise. We’re based at the modern University of Chester Thornton Science Park, a major research and innovation hub offering over 40 science and technology companies and their academia a chance to come together across a 66-acre site to innovate, develop, and demonstrate new technologies. Being based at the Science Park means we are able to remain at the forefront of research and development, and our team benefit from working at state-of-the-art facilities and receive a wealth of training opportunities.
The Role – Electronics Test Engineer / Test Technician
You will support the Production team by taking responsibility for the testing of finished products using both free-issue instrumentation and customer designed and specified test equipment, and carry out fault finding on circuit boards. Drawing on your experience, you will influence parts specifications for customer product changes and advise on the production process.
Our Requirements – Electronics Test Engineer / Test Technician
You will be part of an ambitious business where your hard work, dedication and contribution to business goals will be noticed and rewarded. Your benefits will include:
All applications for this Electronics Test Engineer / Test Technician vacancy are to be submitted online.
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okay, we have to wait a bit. yes, i can see you. okay. as soon as the little problems with the split screen are solved, the video conference can start. yes, you're live. okay. we are very happy. it is a fantastic moment of science. we are all exicited. great. okay. this is the end of the message and we are back. yes. and what's the difference. stable beams means that we don't touch the beams no more. we have clean conditions. the beam lifetime conditions are very good. we finally have stable beams. now we will touch nothing. now we can see very nice events. people are very happy. there is another applause. thanks to stable beams. this is the cms control room. there is a lot of emotion. this is the atlas control room at a historical moment. this is actually live and here we have the head of the physics department. what an extraordinary moment. big efforts. years of effort. almost 20 years of effort. this is really a fantastic moment. we recorded collisions very quickly. what we see right now are the events from cms. the data first collected. and here we are live from cms. hi. hi cms. as you can see we really got nice events. it is a great time for us. it has taken us three attempts this morning. now we are in collision. now we have stable beams. we are just at the beginning. we are able to really start a real adventure. a newborn baby. it is really great. okay. so what can i say. it was so nice to see these two beams approaching and the event rate going up. the event rate is incredible. so many particles. so many energy. we continue to record data. what is the next important milestone. hello everybody, this is really a great moment. we drank a little bit of champagne, but not too much.


Artificial Intelligence (AI) is the field of systems that perceive their environment and take appropriate actions in order to maximize their chances of achieving their goals. AI has been around for over fifty years. Various problems in the field of artificial intelligence include synthetic reasoning, machine learning, computer vision, environment perception and sensing, natural language processing, and more. There are many methods to approach AI - including conventional mathematical, and statistical methods, neural networks, and probability-based algorithms.
We approach problems with a focus on the most optimal and efficient solutions. We have experience with traditional statistical machine learning techniques including MLE, MAP, Bayesian Learning etc., more sophisticated machine learning techniques such as MVG, kNN, k-Means, PCA, LDA, random forest, and deep learning techniques including neural networks.


Mobile phones are getting smarter and also faster day by day. Every months we see new models of smartphones getting lunched by top brands. Though these smartphones keep getting additional features, the battery life of the mobile phones does not seem to get more better than earlier versions. Also mobile phones are now used not only for making calls or sending text messages, they are used for variety of different purposes like watching movies, listening songs, surfing internet, chatting and checking emails. With so much of use, the mobile phone batteries easily run out of charge in less than 8 hours. So if you want to keep your mobile phone charged all day, you will need a device called power bank that can charge your smartphones on the go.
What is Power Bank
Power banks are portable device which is comprised of a special battery in a special case with a special circuit to control power flow. It can be charged in advance for later smartphones, tablets or laptops to recharge. A Power Bank is a handy gadget that you can charge your electric devices without a power socket. Power banks is an external battery charger that comes with a USB cable; you connect it to a power source such as a laptop to charge the power bank. It contain either lithium polymer or lithium ion battery with a 5V 1A and or 2A USB output for charging mobile phones, digital cameras, MP3, MP4 players, iPods, iPads, tablet, satellite phones or any product that can be charged from standard USB 5V charging technology.
Power Bank Safety Components
The main component of any power bank contains a Lithium-Ion or Lithium-Polymer battery. These type of battery is commonly used in many electronic gadgets. Though they are safe, but following points need to be kept in consideration.
Battery Quality: Grade A is said to be a good quality battery. The real test is whether or not the battery has a UL certification. UL LLC is an American worldwide safety consulting and certification company headquartered in Northbrook, Illinois. It maintains offices in 46 countries.UL provides safety-related certification, validation, testing, inspection, auditing, advising and training services to a wide range of clients, including manufacturers, retailers, policymakers, regulators, service companies, and consumers.
Protective Circuitry: The protective circuitry is considered a safety valve. It protects the device, the charged gadgets and the internal circuit. Protective circuitry prevents external and internal short circuit, over charging and forced discharge.
Features To Look When Buying a Power Bank
In present day, we use electronic devices on day-to-day basis, such as our mobile phones, tablets. The problem with these so powerful devices we are using is that it consumes a lot of energy, and they could drain their own batteries in such a short time. Power banks come in all shapes, weights and capacities, from emergency credit-card-sized devices such as the Onaji Pawa that offers a quick boost to keep you going until you get home. The weigh of these power banks also depends on the chosen material for its construction, while most manufacturers op for plastic cases, some go as far as to encase their rechargeable batteries.
Capacity: When purchasing your power bank, it is crucial that you don’t purchase one below the capacity of your phone as you would not be able to even charge your phone for a cycle. Thus, do check your phone’s battery capacity before continuing. This battery can actually charge three devices simultaneously, which could be extremely handy, though it’s worth noting that the total maximum output at any time is 3.4A. Does a high capacity power bank charge your smartphone faster than a low capacity power bank. The answer is no. The charging speed of your smartphone is determined by the output current and not the capacity of the power bank. The output current of most power bank ranges from 1A to 2.1A. If this output current of the power bank is high than it will charge your power bank much faster.
Charger specifications: Charger specification should located on usb adapter bundled with your device. The information we are looking for is the output voltage and output current of the adapter. The power bank you should purchase must have at least the same size as our device battery to ensure at least 1-full charge for your device. For example: If we have iPhone5, we should buy a power bank with at least 1440mAh.
Charging Type: Most people make the mistake of calculating the number of times the power bank charges their smart phones / iPhone by charging their smartphones middle of the way or by leaving the smartphone on while charging. The problem is that it is harder to charge the smartphone near maximum charge as the power bank would spend more power to charge your phone when it reaches 80 to 90% battery charge.
Input Rating: The input rating is key when it comes to recharging the power bank – the higher is this figure the more quickly it will charge. You’ll usually see a figure in Amps, for instance 1A. You multiply this number by the voltage (5V for USB) to find the rating in Watts. A 1A input can charge at 5W, therefore, but you’d do better to look for a device that can charge at 2A (10W). This is a really good-looking, slim battery pack, with an eye-catching diamond pattern. It has two output cables built-in, a microUSB, and a Lightning cable.
Device Depletion: In simple term, device depletion is the measurement in percentage about the health of your mobile phone battery. Older phones have battery that use to last long, but today’s smartphone batteries drains out fast owing to more function the mobile phones have and hence the more power is consumed by the phone. Many smartphones will “lose” up to 10% within a few minutes of coming off the charger. The reality is that the battery was only at 100% capacity for a brief moment, after which the battery management system allowed it to slowly dip down to around 90%.
Top Power Banks 2016
Here are some of the best power banks you can find on the market.
TP-Link TL-PB10400 10400mAh Power Bank:
TP-Link is well-known for producing quality tech at affordable prices, and its 10400mAh Power Bank is no different. You can plug a phone into this second output, of course – it will draw only the power it requires – but some tablets may not like the 1A output. Built-in short circuit, over-voltage, over-current, over-charge, over-discharge, and over-heating protections to ensure safe charging. You charge the device (which itself is 95% battery, and 5% casing and USB ports, plus in some cases like this one a modest flashlight), then you stuff it in your computer bag/purse/luggage and pull it out in situations where you need to charge your portable USB device and don’t have a standard power outlet handy.
Full discharge without any use from a fully charged state will take months. However, if you use it, and forget to recharge it when you get home, and you put it on the shelf for a few months, you may well find your device in a state of deep discharge and it might stop working properly. The TP-Link has a built-in LED flashlight, too, which is turned on with a long-press of the status button. TP-LINK claims this high capacity power bank can quickly charge one and even two devices at the same time. After charging up the power bank’s battery, which took quite a few hours, we put the TL-PB10400 to the test.
EasyAcc 20000mAh Power Bank:
20000mAh capacity yet very portable, it is perfect for trips or whenever you need to charge your iPhone, iPad and other mobile devices. e.g. Business trip,traveling,parties, BBQs and outdoor activities like camping, mountain climbing and picnics. The product comes in a very simple cardboard box that has no graphical designs on it. If it was in a retail store, I would’ve passed by it. Upon opening the box, I found the power bank was wrapped in a plastic bag to protect it from dust and fingerprints by the factory or shipper. In taking that out, I found the User Manual underneath with 2 micro USB cables that were in a hidden compartment that had to be lifted out of the layer of cardboard in the interior. Everything was tightly snug when packaged.
There is a maximum of 4.8mAh which is quite good because you can charge 2 iPads simultaneously. The monster also has a built in light but this is legitimately a flashlight. This power bank is not small or light. It is powerful enough to recharge two iPads simultaneously and actually recharge your iPad while using which is also not an easy feat. The 4 port smart charging is great to have on a power bank, the actual usable light is a great addition too.
Anker 2nd Gen Astro E4 13000mAh Portable Charger External Battery Power Bank:
This 13000mAh power bank from Anker is capable of charging the Apple iPhone 6 nearly 5 times, iPhone 5S 6 times, iPad Air once, iPad Mini 1.5 times, Samsung Galaxy S5 3.5 times, Samsung Galaxy Note 4 and Note 3 2.75 times and the Google Nexus 7 2.5 times. If you feel you’re making too many compromises for the sake of battery life (airplane mode, lowering the brightness, etc.), get yourself an external battery. Throw it in your bag, and forget about finding outlets in public spaces anymore. Glossy black finish, with glossy charcoal for the front and back. Sturdy/solid (read: not flimsy-feeling, almost seamless) plastic enclosure.
Slimmer (But Longer) Body: While the 1st Gen Astro E4 was wide and shaped like a portable hard-drive, the 2nd Gen version is shaped like a flat glasses case (or a fancy pen case). This shape is much easier to slip into a front/rear pants pocket (albeit a loose fitting pair of pants). Both version weigh about the same. Even if I am just at home on the couch or lying in bed, I can have my power source close by so I am not constricted by a cord going to the wall. At 13,000 mAh this thing just does not stop. It holds an unsurpassed charge for longer than any other devices I’ve used.


09 Apr We can finally look good in selfies!
Could artificial intelligence turn bad selfies into good portraits? Adobe Research thinks so. The team released a sneak peak at a current project developed by the company’s artificial intelligence framework, Adobe Sensei. While Adobe did not say how close the tech is to reality, the teaser video shows off a number of capabilities that could bring some serious selfie-editing power to smartphones. The app appears to contain AI-powered developments on the forefront of today’s photo software research: 3D-facial mapping, automatic portrait masking and style transfers.
For now, Adobe didn’t reveal any other details about the tools or say when they might be integrated into its smartphone apps. via PC Mag


Machine Learning/AI Engineer
Raleigh, NC 27605
National level defense research and development organization is seeking to add a Machine Learning/AI Engineer to their expanding team. This role will be vital to the next generation of applications in radar, communications, and EW through machine learning and algorithm development.
Machine Learning/AI Engineer Responsibilities:
- Advanced application development for detection, estimation, and classification techniques
- Complete performance and concept trade studies
- Use high-fidelity simulations written in C/C++ and MATLAB to test sensor models and signal processing algorithms
- Optimize radar, radio, and EW architectures through advanced RF and processing technologies by developing signal processing algorithms, waveforms, techniques
Machine Learning/AI Engineer Requirements:
- 8+ years of experience
- BS in Engineering, Physics or Mathematics (or related fields)
- Experience with probability theory, machine learning, digital signal, and stochastic processing
- Algorithm prototype and development
- Advanced knowledge of programming languages (MATLAB, Python, Simulink, C/C++)
- Active Secret Clearance preferred
Machine Learning/AI Engineer Desired Knowledge:
- EW systems
- Machine learning algorithms (Kalman filtering, CNN, Random Forest, etc.)
- Radar signal processing, radar, waveforms
Machine Learning/AI Engineer Benefits:
- Salary range based on experience ($80-$120K)
- Great benefits including Medical, PTO, 401K
- Tuition reimbursement
Recruiter Managing this Job
Senior Recruiter & Coach
Success is not the key to happiness. Happiness is the key to success. If you love what you are doing, you will be successful. - Albert Schweitzer
- Emerine Kelsey joined Goodwin Recruiting in September 2020 after much success working as a recruiter in the Events Management industry.
- Emerine graduated Magna Cum Laude with a Bachelor’s Degree in Human Resource Management and is truly invested in the personal aspect of finding the right candidate for each position.
- She grew up in Central New York and spends as much time as possible in the Northeast.
- Emerine is an avid mountain biker, a book lover, and a sports enthusiast.


Designed as a more feasible alternative to siloed library storage in the late 1990s, digital asset management (DAM) programs have experienced massive growth and transformation over the last twenty years. Today, organizations increasingly rely on digital content, and DAM programs play a key role in the management, distribution, and optimization of these digital assets. According to MarketWatch, the DAM industry is expected to grow from $3.4 billion in 2020 to $6.0 billion by 2025. With no slow-down projected, innovation is a necessity. As the effects of 2020 and remote work continue to shape the digital content ecosystem, the need for more collaborative digital workflows will only continue to grow, with DAM at the center.
From Storage to Optimization
The original storage-only model of DAM systems is becoming obsolete due to the need for more dynamic storage solutions. Successfully connecting the numerous processes around digital content has become the key value indicator of DAM programs. No longer can they just house digital content; they must also optimize this content and continually deliver a simple and user-focused experience.
The transition to cloud-based DAMs combined with the decreasing cost of storage will only further push DAMs away from being simply image and video repositories to becoming multifaceted solutions, addressing the many unique marketing and management needs of organizations.
The demand for more dynamic and complex DAM solutions creates a need for more advanced technologies. While Artificial Intelligence (AI) appears to be a promising tagging solution, it still doesn’t fully capture descriptive metadata. Without context, AI hasn’t been able to significantly increase productivity and the need for human tagging remains. This budding technology is likely to improve over time, but organizations aren’t yet able to heavily rely on it. One of the companies looking to improve AI in the DAM space is EMRAYS. They’ve developed an image context tool that aims to capture this missing and necessary piece. With the help of their tool, users can detect duplicates in seconds, create custom AI models, and rank images in intuitive ways.
While the technology as a whole still has a long way to go, tools like EMRAYS’ Image Context AI could significantly improve and automate the key procedures at the core of DAM systems. Done right, it could change the way we interact with metadata.
Although there are promising new technologies in the DAM space, there is still a need for human work. Even with the potential of improved AI tagging, metadata management is still largely reliant on people and will continue to be for years to come. DAM managers are vital to a successful DAM program, and ensuring a DAM system is easy to use is one of the most important factors to organizations when searching for a platform. User-focused experiences have been shown to increase user adoption and satisfaction and to help ensure a quick and painless onboarding experience.
As long as humans drive the use and success of these digital technologies, the user experience and interface will remain one of the most important features of DAM solutions.
Open-source & Headless DAMs
Most DAM platforms are proud of their out-of-the-box functionality that permits quick and easy implementation. While this is highly desirable to many organizations, it doesn’t offer the flexibility their creative teams desire. While an out-of-the-box solution might fit seamlessly into an organization's technology stack, even a little customization can make it quicker to implement and adopt.
Custom integrations are a viable option, but not every integration exists, and organizations want the flexibility to adjust and add software to fit their unique environments. Open-source software, along with what are called Headless DAMs, grants users access to source code to use and change it as they see fit. This is very beneficial in tieing together all the systems in an organization and creating a more connected digital environment. For a DAM to be the link between several key business procedures, a level of flexibility is essential and will continue to be a top priority for organizations and users.
DAM is no longer just a management solution, but a key business program. It offers a systematic approach to storing and managing digital assets which organizations increasingly rely on to connect their creative workflows. From a single solution to an integral piece of the digital content ecosystem, DAMs will continue to evolve and transform business processes and creative workflows. The days of their being simple repositories are over, and DAM programs have successfully transformed from the library model to a more holistic management solution and process-driven framework.
If you and your team need guidance in selecting, implementing, or managing a DAM platform, contact Stacks! Our team of experienced DAM architects and librarians has worked with brands both big and small in many different industries and is happy to help.


Recently, OnePlus the global giant in cellphone manufacture shared a piece of happy news with releasing their budget series of cellphone and the executives had stated that it is a ‘new beginning’ for Chinese cellphone maker.
The Budget series of smartphone from OnePlus is available for ordering from August 04 onwards and here is the specification of the new smartphone.
OnePlus Nord weighs 184gms and has dimensions of 158.30 x 73.30 x 8.20mm. It comes with a screen size of 6.44in AMOLED display and a resolution of 1080x2400pixels with a pixel density of 408ppi and aspect ratio of 20:9. The phone has a refresh rate of 90Hz. The phone has Gorilla Glass 5 protection which is scratch-proof and drop-proof. The display seems very similar to OnePlus 8 and OnePlus has made no compromise on Display for their budget series of smartphone.
The display of the phone is huge and it takes some…


Sectors we work in
Industrial & Static Control
We can supply and install static control flooring to prevent static build up when the floor is walked on. It is important to know that there are different types of static control flooring, “anti-static” flooring means that the floor itself will not generate static, it will not eliminate static build up but it is a useful tool in reducing static in low-risk industries, warehousing, packaging etc.
A much more robust product is an Electro-Static Dissipative or Conductive floor (ESD) which is earthed. Areas, where ESD is used, include the electronics industry, aviation, I.T. and medical sectors.


Design, Share, Fly!
3Drones is a revolutionary platform aimed for the creation of drones. There is nothing similar to this, and thanks to 3D printing technology and the use of FIWARE, it will provide a perfect space where users can share their designs for free with the rest of the community.
Users will register in the platform for free and will be able to view and download all the designs shared by the community, which will be accompanied by the software developed for the Hermes Autopilot by AvioniCS Systems Control during our stage in the Business Incubator Centre of the European Space Agency. Both of these services will be free of charge for the users.
The Hermes control system will allow users to modify the values of the PID controllers (proportional-integral-derivative) so that they can adapt the control system to achieve perfect maneuverability, depending on the chosen design for of their drones.
Avionics Control Systems B.V.
Crowd-sourced and Cloud-based Design & Services for 3D Printing


Amazon has extended its invasion of the home, unveiling a two-wheeled robot capable of autonomously patrolling houses and alerting owners to potential intruders.
The company’s “Astro” device, which will cost $1,449 (£1,071) when released, will be able to follow users as they move around the house, check if ovens are left on, and send notifications if they detect something unusual.
It is able to use facial recognition to identify members of the household, for example to find them for a video call, or to transport an item to them.
The device marks the latest attempt by Amazon to position itself at the centre of the “smart home” with a range of cameras, video screens and appliances such as internet-connected thermostats and doorbells. The company has continued the push despite alarming privacy campaigners.
Astro, which will first go on sale in the US, features a periscope camera that can be used to patrol hallways and empty rooms at eye level while people are out of the house.


ISC West is the largest security industry trade show in the U.S. This year we will be showcasing a number of our field-proven security solutions. Vumii’s broad line of rugged camera systems for observation and assessment will be on display, including models serving long, medium and short range needs: Accuracii™ XRU, Accuracii™ AT Mini and Sii™ OP.
The Accuracii™ XRU uncooled multi-sensor camera system offers the range of a cooled camera at a competitive price. With its powerful continuous zoom lens, it provides effective protection of borders and critical infrastructure.
Accuracii™ AT Mini is a compact dual channel thermaland CCD camera system which provides effective covert security, detecting people up to 1km away and vehicles beyond 2km.
The compact Sii OP 24/7 dual channel camera for outdoor security is our most state-of-the-art detection system to date. It is the first open source security thermal camera that meets global ONVIF standards, with incredibly easy installation and a dedicated Software Development Kit (SDK) for seamless third party integration.
Visit Vumii at ISC West, Booth #35066 from April 5-7, to learn more about our portfolio of thermal-imaging solutions.


.Wolfram Systemmodeler Crack 10 Free Download
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Trust AI doctor: Pros – 24/7 availability, efficiency, personalized medicine. Cons – Lack of human touch, privacy risks, errors.
Artificial intelligence-powered medical treatment options are on the rise and have the potential to improve diagnostic accuracy. However, a new study led by University of Arizona Health Sciences researchers found that about 52% of participants would choose a human doctor rather than AI for diagnosis and treatment. This study highlights the lingering hesitancy and trust issues surrounding AI in healthcare. While AI offers numerous benefits, such as efficiency and consistency, concerns about the lack of human connection and potential errors persist. As we navigate the integration of AI into medical practice, addressing these concerns and building trust among patients will be essential for widespread acceptance and adoption of AI-driven healthcare solutions.
In recent years, artificial intelligence (AI) has made significant strides in various fields, including healthcare. The concept of an AI doctor may sound like something out of a science fiction novel, but it’s becoming increasingly real. With advancements in machine learning and data analytics, AI is being integrated into medical practices around the world. However, the question remains: Would you trust an AI doctor? Let’s delve into the pros and cons of entrusting your health to artificial intelligence.
24/7 Availability: One of the most significant advantages of AI doctors is their round-the-clock availability. Unlike human doctors who have limited working hours, AI systems can provide assistance and guidance at any time of the day or night, making healthcare more accessible to people in remote areas or those with busy schedules.
Efficiency and Speed: AI algorithms can process vast amounts of medical data in a fraction of the time it would take a human doctor. This enables quicker diagnosis and treatment decisions, potentially saving critical time in emergency situations where every minute counts.
Consistency: AI doctors are not prone to fatigue, stress, or emotional biases that can affect human judgment. As a result, they can provide consistent and objective medical advice based solely on data and algorithms, reducing the risk of errors caused by human factors.
Personalized Medicine: AI algorithms can analyze individual patient data, including genetic information, medical history, and lifestyle factors, to tailor treatment plans specifically to each patient’s needs. This personalized approach may lead to more effective treatments and better health outcomes.
Cost-Effectiveness: Implementing AI in healthcare has the potential to reduce overall costs by streamlining processes, minimizing unnecessary tests and procedures, and optimizing resource allocation. This can make quality healthcare more affordable and accessible to a broader population.
Lack of Human Connection: One of the primary concerns with AI doctors is the absence of human empathy and emotional support. Patients may feel uncomfortable or unsatisfied interacting with a machine, especially in sensitive or complex medical situations where compassion and understanding are essential.
Limited Understanding of Context: While AI algorithms excel at analyzing data and identifying patterns, they may struggle to understand the broader context of a patient’s life, preferences, and social determinants of health. This could lead to recommendations that overlook important non-medical factors influencing a patient’s well-being.
Privacy and Data Security: AI systems rely on vast amounts of sensitive patient data to function effectively. Ensuring the privacy and security of this data is paramount, but concerns about data breaches, unauthorized access, and misuse of personal information remain significant barriers to widespread adoption of AI in healthcare.
Risk of Errors and Bias: Despite their advanced capabilities, AI algorithms are not infallible. Errors in data interpretation or algorithmic biases could lead to incorrect diagnoses or treatment recommendations, potentially putting patients at risk. Additionally, the lack of transparency in some AI systems makes it difficult to identify and address biases effectively.
Ethical and Legal Considerations: The use of AI in healthcare raises complex ethical and legal questions regarding accountability, liability, and informed consent. Who is responsible if an AI doctor makes a mistake? How can patients ensure they understand the implications of AI-driven medical decisions? Addressing these issues requires careful regulation and oversight to protect patient rights and safety.
The idea of trusting an AI doctor presents both opportunities and challenges for the future of healthcare. While AI has the potential to revolutionize medical practice by improving efficiency, accuracy, and accessibility, it also raises concerns about the loss of human connection, privacy risks, and ethical dilemmas. Ultimately, the decision to trust an AI doctor will depend on striking a balance between harnessing the benefits of technology and preserving the fundamental values of patient-centered care. As AI continues to evolve, it’s essential to approach its integration into healthcare with caution, mindfulness, and a commitment to upholding the highest standards of medical ethics and patient safety.


Eritrea receives 8 Russian Zala KYB drones – in return for Russian military base
Source: Eritrea Hub
Russia gave the drones in the form a support to Eritrea which it considered its friend in need for Eritrea is a key for the region’s peace and as an input for the military base which Russia is going to built in the future in Afabet, 40km away from Massaw.
Eritrea which provided drone today has also warmly welcomed 26 drone technicians at Bebats drone station who had been receiving training in Russian for the last three months
What makes the Zala K.Y.B Russian drones unique?
The triangular drone can carry out its mission in secret attacks. Apparently this is why it is also known as “the killer” or “the destroyer”.
The wing length of the drone is 1.2 meters wide from end to end; The width is said to be 0.95 meters and 0.165 meters height.
It is also said that the drone is equipped with a small electric motor and can fly at speeds of 80 to 130km per hour.
The drone is said to last up to 30 minutes in the air and can easily hit targets both in the water or on land at up to a distance of 40 km.


Bridge vibrations contain useful cues about the condition of a bridge—by measuring vibrations we can update our mathematical models of a bridge and detect incipient faults. As a heavy goods vehicle crosses a bridge, its axles apply a series of loads to the bridge that cause the bridge to deform. However, a bridge has mass and inertia and therefore exhibits dynamic behaviour. The speed with which it deforms and returns to its original geometry, the number and character of oscillations induced are determined by the structure of the bridge and the vehicle's suspension. By measuring the spectral characteristics of the bridge's response to this input we can infer many of the bridge's properties.
iBWIM measures the strain in a bridge as a heavy goods vehicle crosses; it uses these measurements to identify the speed, weight and axle distribution of the vehicle. However, it also measures the vibrations in the bridge induced by the vehicle and these can be analysed to retrieve the spectral properties of the vibration. By combining these two pieces of information we can resolve the natural frequencies of the bridge from those of the vehicle. We can form a more accurate view of the bridge and identify those vehicles that induce the most severe vibrations at critical frequencies. Furthermore, because iBWIM is designed for long term installation, many thousands of bridge crossings—and vibration events—to be recorded and analysed; and long term trends in the bridge's behaviour to be observed. The new Vibration Module for iBWIM gives the user the ability to use an iBWIM installation as a Structural Health Monitor that can resolve relevant events and the vehicles that caused them.
One of our iBWIM systems was installed on a 40m span of a two lane road bridge that supports around 500 heavy vehicle crossings per day. Each lane is instrumented with seven strain gauges: five in a row across the lane, and one on either side of the row. The strain sensors are mounted on the underside of the superstructure and measure the extension of the bridge structure under load. The strain sensors are therefore less affected by spurious deck vibrations than sensors mounted on the pavement surface.
Furthermore, because iBWIM uses an array of sensors, rather than a single sensor, we can estimate the power spectra more accurately. Any estimate of a random process's power spectrum is highly variable—and only makes sense when it is averaged over many instances. If we measure vibration with a single accelerometer, we will have to average the spectrum over many different vibration events. With an array of strain sensors on the other hand we 14 signals for each event. Because the vibrations affect the entire bridge, the vibration component of the measurement from each sensor is in phase. It follows that we can treat the output of each as an example of the same random process. That is, we can average the spectra of our sensor measurements for each event. This becomes important if we want to analyse and monitor the effects of individual vehicles.
Finally, because iBWIM is in place for weeks, months or even years, we have a data set of tens, or hundreds of thousands of events. These can be averaged as a whole to improve accuracy; grouped according to vehicle type (using iBWIM results) and then averaged to yield power spectra for particular vehicle classes; or analysed with time series to identify diurnal, seasonal and long term trends.
It is convenient to split the signal into static and dynamic componenets. The static response is the progressive deformation of the bride as the load moves across it. In general, there will be no overshoot, and the ths strain sensors will always be in extension. This is the dominant component. The dynamic response is the oscillatory behaviour of the bridge. This is the component we are interested in.
In spectral terms, the static component is concentrated around 0Hz and which quickly falls off with increasing frequency. The dynamic component is concentrated in a series of narrow bands, with the low frequeny bands usually being the most prominent. Normally, we would expect the peaks to a harmonic series, however for this bridge we observed the most significant bands was best modelled with two overlapping distribution This has been observed elesewhere and Cantero et al. argue convincingly that this is due to the iteraction of the vehicle suspension with the bridge. We detrend the signal by low pass filtering the signal with a Gaussian filter with standard deviation 64 milliseconds. The low pass signal is subtracted from the original signal, and subsequent analysis is carried out on the residue signal.
After a vehicle crosses the bridge, the resonances die away rapidly after only a few cycles. The challenge in analysing this type of signal is achieving an optimal frequency resolution. There is a fundamental limit to the resolution with which frequencies can be distinguished for such short duration signals. The more the signal is localised in time, the more spread it is in the frequency domain (this is analogous to the uncertainty principle).
We tackle this problem by assuming that the signal consists of bands that follow a Gaussian distribution. This is analogous to the computer vision technique super-resolution where sub-pixel accuracy is achieved by assuming that edges are perfect step functions mediated by the camera optics and sampling. We will assume that the residue spectrum consists of a small number of components that we model as Gaussian. We use numerical optimisation to fit a Gaussian mixture to the spectrum. By estimating the centre frequencies of the Gaussians, we can achieve a higher resolution than is theoretically possible with the raw data. One benefit of this is that we can concisely describe the spectrum with the parameters of the Gaussians.
As well as being an indicator of the structural health of a bridge, the induced harmonics can, of themselves, be detrimental. Since we know that the vibration spectra varies from vehicle to vehicle, it follows that some vehicles will be more destructive than others. If we plot a histogram of the strength of induced vibrations, <í>belowí>, we can see that a small number of events induce very strong oscillations. In practice, many of these high energy events are due to two heavy goods vehicles occupying both lanes. If fatigue issues are significant, a significant reduction in damage may be achieved by restricting heavy goods traffic to the slow lane over the length of the bridge.


Huawei P20 first look: A top-notch upgrade from Huawei?
There’s little surprise when it comes to phone releases these days. The long cycle of leaks that proceed an announcement reveal almost everything there is to know about a device. This is certainly the case with the Huawei P20 – a phone that has had all its secrets spilled over the past few months.
Yet this is still an interesting phone. After the decidedly ‘meh’ P10 , the P20 marks a bold move from Huawei and a huge step forward for the series. But there’s every chance the device will be held back by concerns that are typical of Huawei phones.
Huawei P20 Camera
The P20 might only have two cameras on the back, but there’s still plenty to like about these optics. There’s one 20-megapixel (f/1.6) RGB sensor paired with a 20-megapixel (f.1.8) monochrome sensor, both with big 1.55um pixels.
I’ve had some time to use the new cameras and, even with pre-release software, the photos look much-improved. Much of this is probably down to the upgraded AI engine that’s baked into the camera app. Point the phone at a person and it will switch to portrait mode automatically; point the device at a piece of paper and you’re in document-scanning mode.
As someone who often forgets about the myriad modes that phone cameras offer, it’s nice that the P20 just does it for you.
I’ve never been a huge fan of the dedicated monochrome sensor, and its supposed benefits for low-light photos. Yes, it’s rather cool taking pure black-and-white shots, but I’d have preferred to have seen either a telephoto and wider-angle sensor included instead.
A lot of what makes this camera feel like something you should get excited about is the software. A new focusing system predicts your capture upon movement – so, theoretically, you don’t miss your shot. Again, my unit is running pre-release software so it’s impossible to judge how well this works quite yet. There’s also improved stabilisation, which Huawei says can give you tripod-steady long-exposure shots without the need for any accessories. I’ll look into the above functionality more deeply in the full review.
Around the front is a 24-megapixel selfie camera with numerous beauty modes to make you look like you’ve been heavily photoshopped by someone with questionable skills. I’m sure there are plenty of folk out there who like these modes – I understand that I’m not the target demographic – but, wow, the results look terrible
Viewed from the back, the P20 is a lovely looking phone. The slightly curved back is heavily polished and the shiny blue version I was using had a unique charm – I’m a fan of blue phones. Then there’s the tasteful Leica and Huawei branding, and a vertically orientated camera module. It just feels very polished and high-end.
Flip the device over, however, and it’s a different story. The fact that this phone would have a ‘notch’ cut-out inserted into the display was leaked countless times – and while I dislike it, I’ve come to the realisation that this will be a trend in 2018.
However, by cramming a notch high above on the display and a fingerprint sensor below it results in a very odd-looking front. There’s no reason for the notch to be in the position it is when there’s plenty of space at the bottom. Also, why not just use a smaller notch like the once that appears on the Essential Phone? The iPhone X requires a big space for all the Face ID tech, but there’s no such functionality in the P20.
Around the notch is a 5.8-inch FHD+ display. Unlike the Pro version of the P20 , this is an LCD rather than an OLED panel, and with that you’ll notice a sacrifice in contrast and black levels.
It remains a decent screen, though: plenty of bursts of colour and excellent viewing-angles. According to Huawei, it should also be HDR-mobile compliant. Considering that to this day the Mate 10 Pro still doesn’t support Netflix in HD let alone HDR, I wouldn’t really take HDR as a feature here.
Powering the phone is Huawei’s Kirin 970, 4GB of RAM and a healthy 128GB of storage. There’s a 3400mAh battery inside and this supports Huawei Super Charge if you’re using the provided power-brick and USB-C cable.
One big disappointment for me is that while the P20 Plus is IP67-rated, the P20 is not. I’m not sure that I understand this decision.


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Our product "MyBrain" is a revolutionary software for brain-computer interfaces (BCI) developed by Myelins startup. The software allows a wide range of robotic companies to have functional online BCIs systems by leveraging advanced techniques for processing and decoding biosignals, such as EEG, EOG and EMG signals. The product is completely customizable to meet the needs of every potential company. The current version of the software provides pre-defined set of state-of-the-art algorithms for recording and collecting biosignals (use customized VR experimental paradigms), processing and includes a rich selection of signal processing and decoding biosignals data (brain data, muscle data, eye movements, etc.). Furthermore, the software focuses on the use of virtual reality to increase the sense of embodiment and ownership of the robotic devices. Last, our software solutions put a strong focus on closing the loop between the user and the robotic device. This is achieved through providing an interface to plug-in any sensory data collected by the robot during its interaction with the physical environment, process it in real-time and translate it into a sensory feedback signal, and hence restore the sense of touch.
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