Do Two-Dimensional "Noble Gas Atoms" Produce Molecular
Tunnelling is the reason the sun shines. Most stars fuse protons into helium nuclei, expelling enormous amounts of energy in the process. The problem is that, while our sun is hot, it’s not hot enough Now that you know about the sun, do you want to learn about quantum tunneling? http://bit.ly/p7l3gvSorry I'm late - I was busy working on freddiew's new vide The pressure in the Sun’s core, and the temperature of about 15,000.000 degrees C is way too low to overcome coulomic repulsion. But quantum tunneling allows the nuclei to be able to fuse.
Quantum-tunneling effects in the sun allow hot, high-speed protons to fuse into helium nuclei. This fusion reaction drives the sun’s radiance. In the proton-proton fusion reaction, first two From what I have read, the energy released by the Sun cannot be fully explained without taking into account quantum tunneling. This seems to be explained by the quantum wave like nature of particles which means since two protons can be in many places at once (due to their wave like nature) some of these places result in these particles tunneling through the electrical repulsion barrier and fusing together. It is as if quantum laws gave it a tiny chance to "tunnel" through the barrier to the slope outside. Gamov (as well as Ronald W. Gurney, around that same time) proposed that such "quantum tunneling" did exist, and was the main cause of radioactivity in heavy elements.
Trending posts and videos related to Quantum Tunneling! en Quantum tunneling takes place all the time; in fact, it's the reason our Sun shines. ted2019 sv Tunneleffekt sker hela tiden; faktum är att det är orsaken till att vår sol lyser.
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The Scanning tunnelling microscope (STM) works on this principle and has resolution up to 1 Angstrom (a 10,000,000,000th fraction of a meter). The tunneling diodes and tunneling transistors are other devices which use this effect as Quantum tunneling enables processes and reactions which would not be possible in classical mechanics, e.g.
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The enormous energy produced by the Sun happens through a process called nuclear fusion in which two or more atomic nuclei are combined to form one or more different atomic nuclei. Lecture 20 – Quantum Tunneling of Electrons 3/20/09. Notes by MIT Student (and MZB) Introduction . Until now, we have been discussing reaction rates on a somewhat phenomenological basis. In this lecture, we will become much more fundamental, and merge our analysis of reaction rates with quantum mechanics.
A quantum phenomena known as quantum tunneling is the answer. Students are taught that a star has enough
Quantum Mechanical Tunneling about as close as you can get to magic.
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The uncertainty principle also explains why a typical atom is over 100,000 times bigger than the nucleus at its center. Quantum-tunneling effects in the sun allow hot, high-speed protons to fuse into helium nuclei.
And, since it happens very rarely, per number of nuclei, it also keeps fusion from happening very rapidly and ‘blowing itself up’. 29 views
Quantum tunnelling or tunneling is the quantum mechanical phenomenon where a wavefunction can propagate through a potential barrier. The transmission through the barrier can be finite and depends exponentially on the barrier height and barrier width.
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For example, hydrogen nuclei are slammed together so hard that they stick and produce helium atoms. The problem is that most of the hydrogen atoms in the sun’s core don’t have enough energy to stick together. Nobody is tunneling any energy directly out of the sun - the tunneling is all happening within a nano-scale device.
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An interesting Recent theoretical advances in the study of heavy ion fusion reactions below the Coulomb barrier are reviewed. Particular emphasis is given to new ways of an Mar 20, 2009 Tunneling is a quantum mechanical phenomenon, and thus is important for small mass particles in which classical laws break down (e.g.. Dec 22, 2020 Scientists built a 27-mile long prototype quantum internet in the US; They Scientists have demonstrated long-distance 'quantum teleportation' – the bikini during 'a day of fun in the sun' with styl Jun 1, 2019 The intermediate state can be bypassed if particles within the molecule are transferred via quantum tunneling, where a particle essentially Feb 6, 2019 “If they want to use the sun or the stars, they have to interpret what they see. But the direction of the magnetic field is direct.” Despite its ubiquity, Dec 16, 2018 Modelling Quantum Tunneling Rates for the First Step in the rather than the proton-proton fusion that dominates cooler stars like our Sun. Jul 31, 2015 Quantum Tunneling can now be explained by the very small amplitude of the electron wave that moves past the energy barrier. The presence Mar 20, 2019 Shuo Sun, Partha P. Banerjee, and Joseph W. Haus "Metal-insulator-metal photodetection and photon-assisted quantum tunneling", Proc. IntroductionThe tunnelling effect was predicted at the beginning of quantum mechanics, and was confirmed later on.Quantum tunnelling is a quantum mechanical phenomenon where a particle tunnels through a barrier that it classically can not surmount.This phenomenon occurs in many physical situations, such as coulomb repulsion, α radioactivity, semiconductor chips, nuclear fusion and the sun This process can release a massive amount of energy in the form of white light, gamma rays and heat(infrared) .This is how Quantum tunneling makes nuclear fusion possible for the sun.
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The probability of a quantum tunneling event decreases exponentially with distance, so you should never ever expect to be able to quantum-tunnel anything all the way from the sun to the Earth. Quantum tunneling takes place all the time; in fact, it's the reason our Sun shines. Tunneleffekt sker hela tiden; faktum är att det är orsaken till att vår sol lyser. ted2019 How does Quantum Tunneling help create thermonuclear fusions in the core of the Sun? Astronomy I was listening to a lecture by Neil deGrasse Tyson where he mentioned that it is not hot enough inside the sun (10 million degrees) to fuse the nucleons together.
e-bok, 2019, Engelska, ISBN Q1) The quantum measurement problem. Q2) Kvant-periodiska potentialer Referens: Quantum tunneling time, American Journal of Physics.


To develop a proof-of-concept General Aviation engine controller using OpenECU™, to be utilized as an input to the design of a production controller and to develop the prototype engine control software.
OpenECU G850 was used to develop a functional proof of concept. Dana’s standard, off-the-shelf OpenECU hardware was sufficiently robust to be used directly on an aircraft prototype that logged over 100 hours of successful flight time. The redundancy required in aircraft systems was provided by using two OpenECU G850 controllers operating in parallel.
Dana’s engineering team worked onsite at Lycoming and at various flight-test facilities to develop and calibrate the engine control system.
Once an effective and stable control strategy was established on the proof of concept controller, Dana took the lead in developing a complete specification for a production engine controller.
Results and Impact
The development work performed using the OpenECU hardware led to the successful implementation of a production Full-Authority Digital Engine Control (FADEC) system on Lycoming’s iE2 engine products.
Dana continues to support Lycoming’s ongoing engine control development and calibration programs.
Engine control software development
Engine controller hardware specification
Engine control calibration


India’s First Sun Observatory Aditya-L1 Getting Ready for Launch!
Get ready for a fantastic space mission! The Indian Space Research Organization (ISRO) has announced that Aditya-L1, India’s first space observatory to study the sun, will launch on September 2. Let’s dive into this thrilling adventure and know more about it:
Q1: What is Aditya-L1?
Aditya-L1 is a unique observatory that will be sent into space to study the sun. It’s like a space telescope that will help scientists learn more about our closest star.
Q2: Where will Aditya-L1 go?
Once launched, Aditya-L1 will travel to a particular place called Lagrange point 1 (L1), about 1.5 million kilometers from Earth. It will stay in a halo orbit around L1, which means it will continuously observe the sun without any interruptions.
Q3: What will Aditya-L1 study?
The observatory has seven special tools, called payloads, to help scientists learn about different sun parts. Some of these payloads will look directly at the sun’s surface and outer layers, while others will study the particles and magnetic fields around the L1 point.
Q4: Why is Aditya-L1 important?
Aditya-L1 will provide crucial information about the sun and its activities. Scientists want to understand things like why the sun’s outer layers are much hotter than its surface, how solar storms affect our space weather, and how particles and fields from the sun spread in space.
So, get ready to witness a remarkable journey as Aditya-L1 takes off to explore the sun like never before. It will help scientists unlock the secrets of our powerful star and deepen our understanding of the fantastic phenomena happening in space.
Note: Keep an eye out for more updates on this exciting mission.
We’ve created this content for informational purposes only, and it reflects the views of its respective authors/entities (freelancers/interns) and not those of Winspire Magazine. Winspire Magazine does not endorse or vouch for the accuracy of the information provided in this content. It is the reader’s responsibility to verify and ensure the information is correct and up-to-date. Winspire Magazine disclaims any liability or responsibility for any damages or losses from using this content. Therefore, readers should take all necessary steps to verify the accuracy and reliability of any information presented in this content.


Fluency-as-a-Service (FaaS) makes AI voice interfaces more available and effective for anyone regardless of their use-case or language
MONTREAL, CANADA – December 20, 2017 – Fluent.ai Inc. (www.fluent.ai), creator of the world’s first acoustic-only multi-lingual voice interface for intelligent devices and user interfaces, is now offering an intuitive and flexible Platform-as-a-Service, FaaS, for developers and individuals to quickly customize reliable and robust voice capability for consumer devices and cloud service applications.
“Fluent.ai can voice-enable the world’s devices in a way that accurately understands the user regardless of language, accent, speech impediment or background noise,” said Niraj Bhargava, CEO of Fluent.ai. “With our new flexible and scalable FaaS platform, development teams of any size can implement a voice interface capability specific to their needs, quickly, with AI modules that update in real time through the cloud.”
Brief with Fluent.ai at the Consumer Electronics Show, Jan. 9 to 12 in Las Vegas, or contact its team in Montreal, to learn more. To book time, please email [email protected]
Fluency-as-a-Service (FaaS) builds on Fluent.ai’s proven and patented artificial-intelligence product, the Fluent AI Engine. This enterprise-grade voice interface uses sophisticated neural network and machine-learning technologies to learn language on the fly like children do – by learning to associate a specific sequence of sounds with an intended command or action. This makes Fluent AI the first entirely acoustic voice interface – eliminating the costly, complex and often inaccurate step of converting speech to text typical of AI voice assistants and speech-recognition systems.
While the service and software are available securely from the cloud, the voice recognition technology can also be downloaded and employed off-line without an Internet connection.
Who can use FaaS? Independent software developers, OEMs and integrators, and service providers, such as those that want to add automated and multilingual voice response capability to their customer service or call centre operations.
Conventional speech-recognition systems require months, even years, to develop support for additional languages or accents. It takes thousands of speech hours and hundreds of speakers to program a single language or accent. This scale of effort is required regardless of the application.
“Because it bypasses text transcription, Fluent.ai has gone where traditional speech recognition can’t, to break down the barriers that limit voice user interface adoption,” said William Tunstall-Pedoe, AI entrepreneur, Evi Technologies founder (acquired by Amazon) and strategic advisor to Fluent.ai. “Highly accurate and reliable voice enablement can be embedded in a device in a matter of weeks. This makes FaaS ideal for customer-service applications and smart devices for the Internet of Things, where specific commands are required for a given context.”
FaaS is available through a monthly subscription model for OEMs, developers, integrators and service providers today. Its key features include automated model building and performance tuning, data collection, analytics, and the ability to quickly add dialects, language and personalization.
What customers are saying
Design 1st (www.design1st.com) is one of the largest and most experienced independent product-design firms in Canada, with more than 700 projects, 20 years, and 130 client patents under its belt.
“Our partnership with Fluent.ai on a voice-enabled consumer device will bring an element of convenience as well as fun and increased enjoyment value to the user experience,” said Kevin Bailey, CEO of Design 1st. “Voice-augmented interfaces offer more natural and engaging interplay, enhancing the relationship between user and device. FaaS will play an important role for our team to quickly design new voice interfaces into our clients’ hardware and IOT products.”
KaiOS (www.kaiostech.com) powers a new category of lite phones and other IoT devices that require limited memory, while still offering a rich user experience. It’s rolling out globally and has grown from zero to tens of millions of users in its first year in the market.
“FaaS empowers developers to voice enable their devices in parts of the world that may not speak English and may not have strong Internet connectivity,” said Sebastien Codeville, CEO of KaiOS. “It also offers an alternative to key-based input on basic devices without touchscreens, like T9 keypads, greatly enhancing the value and usability for consumers.”
Also learn about Fluent.ai’s new wake phrase capabilities at CES
Fluent.ai will be running a show special at CES to promote its new wake phrase solutions for voice-enabled devices, with discounted pricing options for implementation. Learn more at www.fluent.ai.
About Fluent.ai Inc.
Fluent.ai (www.fluent.ai), offers a noise-robust and secure, offline or online, voice interface speech-recognition technology for OEMs and user-interface designers who want to swiftly enable voice command in their products and services with near-perfect accuracy. While conventional speech recognition is standardized for search functions and requires an Internet connection to convert speech to text, Fluent.ai’s unique acoustic-only approach works on the edge, even in noisy environments, and adapts to the individual. Fluent.ai employs a sophisticated neural network to learn intent the same way people learn. Because of this approach, Fluent.ai’s artificial-intelligence product – the Fluent AI Engine, conveniently available with the new self-serve Fluency-as-a-Service platform, can be up and running at a fraction of the cost, in a fraction of the time, and with unmatched accuracy versus conventional speech recognition, for any language, accent or speech impairment.
Leo Valiquette for Fluent.ai Inc.


The implementation of 5G networks has been happening for the last few years, and it will continue in 2023. This advanced form of wireless technology offers many advantages such as quicker download and upload speeds, reduced delays, and more capacity. Nevertheless, just like any new technology, there are also worries and possible difficulties that need to be taken care of.
In this article, we will examine more closely the introduction of 5G networks in 2023 and what you should know about this fascinating new technology.
What Is 5G?
5G is the latest version of wireless technology, created to give faster and more dependable mobile connections. This technology can transfer information up to 100 times quicker than 4G networks, with less delay and greater capacity. 5G networks use a variety of frequencies (low, mid, and high-band) to offer faster and more reliable connections. It’s thought that 5G will change how we use our mobile devices by allowing us to stream high-quality videos and music, play online games, and use other applications and services that require a lot of data.
The Roll-Out Of 5G Networks
The introduction of 5G networks has been happening for a few years now, and many countries already have 5G available in specific locations. In 2023, we can expect even more countries and regions to start using 5G networks. According to a report by the GSMA, a global organization that represents mobile network operators, there will be 1.1 billion 5G connections all over the world by 2025. This is a huge jump from the 198 million 5G connections that existed in 2020.
One of the problems with introducing 5G networks is that more infrastructure is required, like new cell towers and antennas. This is because 5G networks use higher frequencies that can’t travel as far and can be obstructed by buildings and trees. So, more cell towers and antennas are necessary to ensure good coverage. To tackle this challenge, mobile network operators are spending a lot of money on new infrastructure, and many countries are offering rewards and financial aid to encourage investment in 5G networks. Additionally, new technologies like small cells and distributed antenna systems are being created to improve coverage in urban areas.
What Are The Benefits Of 5G
The 5G technology offers many advantages such as quicker download and upload speeds, reduced delay, and higher capacity. The following are some important benefits of 5G.
- Faster Download And Upload Speeds
5G networks can provide data speeds that are 100 times quicker than 4G networks, which allows people to download and upload things much more rapidly.
- Lower latency
5G networks have less delay than 4G networks, which means there is less time between sending and receiving data. This makes 5G networks better for things that need immediate responses, like playing games online and having video calls.
- Increased Capacity
5G networks are made to handle many more connected devices, which means that more people can use their mobile devices at the same time without their connection getting slower.
- Improved Reliability
5G networks are more dependable than 4G networks, with fewer times when you get disconnected or the connection suddenly stops.
- Enables New Applications And Services
5G technology will make it possible to create new things that we couldn’t make before with older wireless technology. For instance, 5G networks will make it possible to make new virtual and augmented reality things and use self-driving cars and other IoT devices.
What Are The Challenges Of 5G?
Even though it’s exciting that 5G networks are being made, there are also some difficulties and things to worry about that we have to take care of. Here are some of the main difficulties we may face with 5G Networks.
Like we said before, 5G networks need more stuff than older wireless technology. That means we need to put up new cell towers and antennas, which can be expensive to build and take care of. And some people are worried about the effects that cell towers and antennas could have on health and the environment.
5G networks come with new security issues, especially when we use virtual network functions and connect different networks together. Some people worry that 5G networks might be easy to attack online, which could be very bad for people and businesses.
Since 5G networks use higher frequencies than older wireless technology, they are more likely to have problems with interference from other devices and things around them. This can make the signal quality worse and stop the network from working over long distances.
5G network can gather a lot of information about people and their devices. Some people worry that this information could be used for bad things, like showing ads to certain people or stealing someone’s identity.
5G networks cost a lot of money to set up, which could make it hard for some places to get them. Plus, buying 5G devices might be too expensive for some people, especially in poorer countries.
What Do You Need To Know About 5G Network In 2023
If you want to learn about 5G technology, here are a few important things to know about the launch of 5G networks in 2023:
- More Countries And Regions Will Offer 5G Coverage
As 5G networks keep getting made, more and more places will have 5G coverage. But not everyone will have access to 5G coverage, and it will depend on where you are and who your mobile service provider is.
- 5G Network on Devices Will Become More Widely Available
By 2023, there will be more choices for 5G devices to use, like phones, tablets, and other mobile devices. But these 5G devices might cost more than older 4G devices.
- New Applications And Services Will Be Developed
When 5G becomes more common, we’ll start to see new things that can use the fast speeds and quick response time of the technology. Some of these new things could be virtual reality games, things that mix the real and digital worlds (called “augmented reality”), and self-driving cars or other smart devices.
- Infrastructure Deployment Will Continue
The companies that provide mobile network service will spend money on new things to support 5G. This could include putting up new towers and antennas, as well as using new ways to make the network work better, like small cells and antennas that are spread out in different places.
- Security And Privacy Concerns Will Need to Be Addressed
As 5G becomes more common, we must address concerns regarding the security and privacy of the technology. To safeguard users and their devices, new security measures and protocols need to be developed.


1. It adopts the industry-leading core patent technology, which has the advantages of fast arc extinguishing speed, good overload capability, and effective suppression of breaking overvoltage, etc.
2. Adaptive arc extinguishing technology, automatically adjust arc extinguishing time.
3. The microprocessor monitors the arcing condition of the switch in real time.
4. Magnetic latching mechanical switch holds the state without driving power consumption, and normal opening and normal closing are optional.
5. Electrical life detection and operation times recording.
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Notes: Items No. 5 and 6 are optional.
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In space, however, very high energy protons, helium nuclei, and HZE ions can be initially stopped by relatively thin layers of shielding, clothes, or skin. The dose from cosmic radiation is largely from muons, neutrons, and electrons, with a dose rate that varies in different parts of the world and based largely on the geomagnetic field, altitude, and solar cycle. X-rays are similar to gamma radiation, with the primary difference being that they originate from the electron cloud. Nuclear Stability and Radioactive Decay. This may seem to remove the threat from alpha particles but only from external sources. Nuclei do not contain electrons and yet during beta decay, an electron is emitted from a nucleus.
Ionizing radiation can also accelerate existing chemical reactions such as polymerization and corrosion, by contributing to the activation energy required for the reaction.
The International Commission on Radiological Protection recommends limiting artificial irradiation. If the nucleus has too few neutrons, a proton will turn into a neutron and emit a fast-moving positron. Ionizing radiation is the transmission of energy by electromagnetic waves e. What is the nature of alpha particles? The two most common modes of natural radioactivity are alpha decay and beta decay. The emission of an high-energy wave from the nucleus of an atom.


Technology Innovation and the Future of Computational Mechanics
Arvind Krishna, Plenary Speaker
After sixty years of exponential growth in digital computing performance driven by silicon-based technologies, a slowdown is inevitable as we near silicon’s physical limits. Fortunately, new technologies are emerging to offset this trend that will take computational power to levels never imagined. They are expected to have a strong impact on fields in computational mechanics and will lead to entirely new types of solutions to engineering and scientific problems. Concurrent advances in computational mechanics methods are necessary to support and accelerate the development of new core computing technologies. Dr. Krishna will discuss the merging of simulation and modeling techniques with AI-powered methods, and also survey a range of other innovations including new architectures, new device types, and recent advances in quantum computing that have brought it to the threshold of practical commercial and scientific application.


Transistors are fundamental components in electronic circuits, playing a crucial role in amplification and signal manipulation. Amongst the numerous transistors available, the FQA36P15, manufactured by Fairchild Semiconductor, stands out for its exceptional performance and versatility. In this article, we will delve deeper into the features, advantages, and applications of the FQA36P15 transistor, emphasizing its impact on circuit performance, efficiency, and overall functionality.
Overview of the FQA36P15
The FQA36P15 is a P-channel MOSFET transistor that has been specifically designed for high-power switching applications. With its low on-resistance and fast switching speed, it has gained popularity in power electronics, motor control, and automotive systems.
Uncovering the Features and Benefits
High Power Capability
The FQA36P15 transistor boasts an impressive capability to handle high power levels, with a maximum drain current rating of 35A and a breakdown voltage of 150V. This feature makes it an excellent choice for demanding applications such as motor control, power supplies, and LED lighting, where robust power handling is essential.
One of the standout features of the FQA36P15 transistor is its remarkably low on-resistance, typically measuring 36mΩ. This characteristic significantly reduces power losses and heat dissipation during switching operations, leading to enhanced circuit efficiency, improved overall performance, and an extended lifespan. Furthermore, the low on-resistance facilitates lower operating voltages, resulting in cost savings and increased energy efficiency.
Fast Switching Speed
Equipped with fast-switching capabilities, the FQA36P15 transistor enables rapid transitions between the on and off states, allowing for high-frequency operation in various circuit applications. By minimizing switching losses, this transistor contributes to increased efficiency and effective power management.
Robustness and Reliability
The FQA36P15 transistor exhibits exceptional robustness and reliability, ensuring safe and prolonged operation even in harsh environments. Its advanced packaging technology protects the transistor against thermal and mechanical stresses, preventing damage and extending its lifespan.
Low Input Capacitance
With its low input capacitance, the FQA36P15 transistor offers reduced switching times, enabling quicker on/off transitions. This feature proves valuable in applications demanding fast switching speeds, ensuring precise control of circuit operations, and facilitating efficient overall performance.
- Power Electronics: The FQA36P15 transistor’s high power capability and low on-resistance make it an excellent fit for power electronics applications such as DC-DC converters and AC-DC power supplies. Its robust design and reliability also make it suitable for industrial applications that require resilient and safe operation.
- Automotive Applications: In automotive systems, where high currents and voltages are prevalent, the FQA36P15 transistor finds extensive use in motor control, battery management systems, and LED lighting. Its ability to handle high currents and swift switching enables improved vehicle performance, enhanced safety, and energy efficiency.
- Motor Control: Thanks to its low on-resistance and high power capacity, the FQA36P15 transistor is highly suitable for motor control applications. It enables efficient switching, minimizing power losses and ensuring smooth motor operation. The fast-switching capabilities of this transistor contribute to reduced noise and improved overall performance.
- Switching Applications: The FQA36P15 transistor is an ideal choice for switching applications that require high-speed and efficient switching with minimal losses. Applications such as uninterruptible power supplies (UPS) benefit greatly from its swift response times and effectiveness.
The FQA36P15 MOSFET transistor by Fairchild Semiconductor serves as a versatile and innovative component, offering a wide range of features and benefits that significantly enhance circuit performance and efficiency. With its high power capability, low on-resistance, fast switching speed, robustness, and reliability, the FQA36P15 finds applications in various fields, including power electronics, automotive systems, motor control, and switching applications. Incorporating the FQA36P15 into designs allows engineers to improve circuit efficiency, leading to energy savings, extended product lifespans, and enhanced overall system performance. As a versatile and innovative component, the FQA36P15 transistor demonstrates its indispensability in modern electronic design.


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Journal of Materials Letters publishes research for lecturer at the college of science
The Materials Letters journal (ELSEVIER publishing house) published the scientific research entitled (One-step electrochemical deposition of Polypyrrole–Chitosan–Iron oxide nanocomposite films for non-enzymatic glucose biosensor) by the lecturer at the college of science/department of chemistry Dr. Ali Mohammed .In this research One-step electrodeposition method of Polypyrrole–Chitosan–Iron oxide (Ppy–CS–Fe3O4) nanocomposite films (Ppy–CS–Fe3O4NP/ITO) has been developed for the fabrication of advanced composite coatings for biosensors applications. The FESEM and EDX results provide the evidence of successful incorporation of Fe3O4 into Ppy–CS molecules. The presence of Fe3O4 nanoparticles in the nanocomposite films was further confirmed by the XRD and XPS spectrums. The fabricated electrode Ppy–CS–Fe3O4 NP/ITO shows a fast amperometric response with high selectivity to detect glucose non-enzymatically with improved linearity (1–16 mM) and the detection limit of (234 μM) at a signal-to-noise ratio (S/N=3.0(.


As the technology is currently being improved a lot of devices are being invented. Since electricity was not invented, in the past there were no electronic device. This invention has opened up the eyes of people. A large profit margin is encountered due to the businesses that people venture into. The fact that people do not do a lot of manual work this is very much possible. For efficient running of the electronic devices on has to obtain cords due to the ports present in the devices. This makes it very expensive to initially obtain an electronic device. Cords to connect to the internet and power are crucial otherwise the electronic device is rendered useless. The crucial things that are required for the devices to work efficiently are power and internet connections.
The cord sets have very interesting features. It contains a number of fuses; these fuses protect the device from excess current. The protection offered by the fuses prevents the devices from blowing. A pilot lamp is also present in order to act as a voltage indicator. Assurance that voltage is running is done by the pilot lamp since it detects voltage. A leakage current detector is there to note any leakage that occurs in the cord. A shield is present in the power cords; it helps in minimizing the interference caused by the electromagnetic. In the cord there are accessories that help in the efficient running of the devices and at the same time they protect the devices. Find the best european outlets for power cords or see page for more buying tips.
There are different types of cords; portable cords, rubber cord, plastic cord, industrial cord and speciality cord among others. The various environment you choose to work in doe not affect the operation of the portable cords due to their specifications. Rubber cords have a lot of advantages; they are flexible, durable and have resistance to tear, abrasion, melt and impact. The rubber cords are applicable in a large range of sectors, these among others include; control circuits, equipment for construction, appliances that are portable and in motors applications.
The application of plastic cord is wide; used in areas where environmental conditions go to the extreme levels and where oil, chemicals and abrasion resistance is very much crucial among others. The applications of the industrial cords are large, they include; provision of power temporally to the job sites, in mining plants and industrial plants and in offering power leads that are very much flexible. Specific functions are done by the speciality cords due to their features. Various wires, heater and lamp cord and fixture wires are contained in the speciality cord. The type of cord you purchase is determined by the specifications that you have. These different types of cords are available in many shop outlets hence they are readily available. Continue reading more on this here: https://www.ehow.com/how_6734694_test-power-cord.html.


Mechatronics involves the synergistic integration of Mechanical Engineering with electronics and intelligent computer control in the design and manufacture of industrial products and processes. In UVA's Mechatronics Lab, students fuse theory and practice, bringing together principles of mechanical, electrical, and software engineering. Here students learn how to integrate microcontrollers, sensors, and smart actuators when designing state-of-the-art mechanisms. The recent drop in cost of embedded computer technology has revolutionized the way that modern products are developed and manufactured. The Mechatronics Lab ensures that UVA's engineering students are prepared to succeed on the cutting edge of technology. For example, our current experiments teach students how to program a microcontroller chip that houses eight, parallel, 32-bit processors, is capable of executing 200 million instructions every second, and only costs about four dollars. When students learn to incorporate this type of intelligence into their machines, their devices come alive and are able to automatically adapt to changes in their environment, that is, they read data from sensors, think about it, and then decide how to move their actuators to react to any changes. In this lab, students are also introduced to basic circuit components and measurement tools such as breadboards, oscilloscopes, function generators, and digital multi-meters. Students working on projects for their senior thesis work, capstone design courses, ASME, Baja car, Hoos Flying, and countless other creative outlets offered through the University, frequently use the resources of this lab to help bring their inventions to life.


|Peak Wavelength:||300nm-310nm||Emitting Color:||Purple|
|Use In:||Medical Treatment, Skin Disease||View Angle:||120 Degree|
|Radiant Flux:||6-12mW||Forward Voltage:||5.5~9.0V|
Phototherapy UVB LEDS,
310nm UVB LEDS,
305nm UV LED
BYTECH 6-12mw 300nm to 310nm uv-b led 305nm UVB LEDS for skin phototherapy
Bytech is the first company in China to launch full inorganic package UV LED which is based on CMH (Ceramic,Metal,hard glass) technology platfrom.
At present, We can provide CMH series (high reliability) and U/ D series (high cost performance) products. It covers curing, printing, (money) authentication, medical, disinfection/ sterilization and security industry.
And we provide our clients with one-stop-shopping service, any UV LED or UV module do you want, we can customize for you.
Characteristics of UV LED
- Electrical / Optical Characteristics (Ta=25℃, RH=40%)
(Continuous current IF=80mA)
(Intermittent current IF=100mA)
|Spectrum Half Width||Δλ||nm||11.5||11.6|
- Absolute Maximum Ratings (Ta=25°C, RH=40%)
|DC Forward Current||IFmax||mA||100|
|Maximum Rating Junction Temperature||Tjmax||°C||120|
|Operating Temperature Range||Topr||°C||-10 ~ +85|
|Storage Temperature Range||Tstg||°C||-40 ~ +100|
● UVC LED with quartz glass lens
● Dimension: 3.70mm×3.70mm×1.60mm
● Long operating life
● Deep ultraviolet
● High reliability
● Superior ESD protection
● RoHS compliant
Package Dimensions and Circuit
Ask: How to make a customized LED module?
Answer: Firstly, we need to confirm customer requirement through communication.
Secondly, we create the LED layout drawing and hole bitmap for confirmation
Thirdly, we make and test the sample board
Fourthly, we perform electronic and optical property parameters measurement
Fifthly, we go through reliability test.
Sixthly, we package and deliver the order package after getting Acceptance of Evaluation from Technical department.
Contact Person: Helen Yang


4vod delivered complete platform for the leading broadcaster in Poland. The platform provided complete set of features including ingest, content management, tv application and reporting tool. The system was integrated with 4vod CDN platform.
4vod developed TVN Player applications for Phillips, Toshiba and Panasonic Smart TV and bluray players. Project covered full implementation of application and certification with smart tv operators. The applications are used by hundreds of thousands of users in Poland
Kino za rogiem is a network of connected cinemas that are using central system for management, billing and content repository . 4vod developed and introduced complete system that is managing the whole business process beginning from movie order through digital copy delivery to movie presentation in the cinema. Cinema owner can select movie and the system automatically and securely delivers the high quality movie to the cinema video server. The movie can displayed by the cinema operator and the system generates reports and invoices for cinemas. The system is working with more than 100 video servers across the country.
For leading polish OTT operator 4vod delivered a turnkey OTT solution including: tv applications (web, android, ios), billing system with payment operator integration, channel management portal, cdn streaming and reporting tool. By the end of 2016 videostar.pl had more than 1 million registered users that are using 4vod CDN streaming network
For IPTV cable network with more than 25 000 set-top boxes 4vod have implemented interactive TV service where users can order services and buy goods from their TV screens. The service is managed by cable network operator staff using proprietary content management system developed by 4vod.
The system was built in cooperation with National Institute of Telecommunications.
The project was awarded with golden prize award for the most innovative products by Polish Federation of Engineering Associations
4vod helped to effectively deliver live tv streaming for TV Republika channel viewers. The channel offers access to content in subscription model. The project covered delivering of web and mobile applications (IOS, Android), complete subscription management system, video player and CDN.
For Mainstream Network Holding GmbH 4vod is managing HD Tv channel infrastructure for playout and channel distribution. The channel is delivered to leading cable and satellite providers in Poland. Recently 4vod launched additional channels with closed caption subtitling that are delivered to cable providers in Hungary and Romania.
Mainstream Networks Holding GmbH
For innovative startup we have developed video conferencing system that allows to organize video chats using any device including pc computers and mobile devices.


Read-a-Card is great for developers
Read-a-Card was developed to abstract the contactless card communication layer so that card and device unique IDs can be read without prior knowledge of the technologies involved. This way you can focus on other aspects of your system while Read-a-Card feeds you the information you are interested in.
We have worked hard to include various interfaces you can use depending on your needs and experience. All the while you can rest assured that Read-a-Card will give you compatibility with the widest range of readers and cards possible. This flexibility should make the integration of contactless smart card technology as easy and smooth as possible.
The developer features include:
Windows messaging API to enable full integration with any other software
Windows application developers looking to introduce contactless smart card technology can communicate with Read-a-Card through a Windows messaging based API. This is the cleanest way to add Read-a-Card functionality to a software application, by receiving Windows messages that contain the necessary information and sending messages back to Read-a-Card to change the actions that it takes.
Read-a-Card web server to automatically fill in online forms and communicate with a website
Read-a-Card contains a built-in web server that allows a web page, with the addition of JavaScipt, to read card information from within the user’s web browser. The webpage can then send this information back to a server application so that any online form submitted by the user will be automatically populated with the relevant information from their card.
Plug-in capabilities to add any further functionality to Read-a-Card
Custom iClass formats, MIFARE sector reading, and even NFC interaction are just some of the possibilities to further enhance Read-a-Card capabilities. Please contact us to discuss your specific requirements.
For more information, please review the documentation below, or visit the Read-a-Card trial download page to obtain the complete developer features pack that includes source code samples.


Nokia 3310 Description
In the year 2000, Nokia had launched 3310, a basic feature phone which went on to become one of its most relaiable handsets owing to its long lasting battery and indestructible body. Nokia has relaunched 3310 at MWC 2017 and it comes 2.4 inch polarized and curved screen that provides better readability in sunlight. It supports FM RAdio, MP3 player for music, 2G and Bluetooth connectivity, a 2MP Rear camera with LED Flash and a 1200 mAh battery that provides a talktime of upto 22 hours.
Nokia 3310 Feature Phone was launched in February 2017, comes with a 2.4-inch QVGA display with a resolution of N/A pixels at a pixel density of N/A pixels per inch. The screen is not protected by a Scratch Resistant display.
The Nokia 3310 also packs in a graphics processor, and 16 GB of internal storage which can be expanded to 32 GB via a microSD card.
The Nokia 3310 runs Nokia 30 + OS and is powered by a 1200 mAh battery. Its a Single/ Dual SIM Feature Phone, and connectivity options on the Nokia 3310 include , ,,Bluetooth.
The main camera on the Nokia 3310 is a 2 MP shooter with , , Video Recording
The world is humming over the reemergence of Nokia’s iconic phone. But what is actually being released?It is the season of giving, if you are a fan of smartphones and tablets. The latest Mobile World Congress, held annually in Spain, has just wrapped up. Yet the biggest news from its floors wasn’t about a new smartphone, but a throwback to simpler times.
What is the Nokia 3310?
The 3310 was arguably Nokia’s most iconic phone. Released in 2000, it was wildly successful and still gets mentioned today. This phone is back, though only in name. It was announced this past week at the Mobile World Congress and should start arriving in different markets around the world later this year. There are plans to release the phone in South Africa and other African countries, though no specifics have been released yet.
Why is it a Nokia in name only?
Nokia’s mobile business was bought in 2013 by Microsoft for $7.2 billion. The deal was a bit of a blunder and last year Microsoft licensed the brand rights for far, far less – $350 million – to a third party. There is little under the hood of the new 3310 in common with its brand’s legacy.
Who has the Nokia brand?
The Nokia brand was licensed in a partnership between two companies. Foxconn builds electronics for others. It manufactures devices for Apple, Sony, Huawei, Microsoft, Nintendo, Sharp, Toshiba, Acer and many more. Foxconn doesn’t reveal its customer base. But it does employ 1.2 million workers, who must be busy with a lot of gadgets. HMD is a Finnish company that appears to consist largely out of mobile industry veterans. It may have been formed specifically for taking over the Nokia brand.
Enough filler. Do I want this phone?
That really depends what you think it is. Do you hope the 3310 has been resurrected for the smartphone era?
Then you don’t want this phone.
The new 3310 is a feature phone, which means it is the type of phone that we used before the Blackberry and iPhone changed the game. It can handle calls and SMS messages, plus some basic browsing and online connectivity. There is also FM radio, an MP3 player and headphone jack, as well as a camera. The real change is the new colour screen. This has a low resolution, as a feature phone screen might. It has unbelievably little memory inside, but you can add a MicroSD memory card of up to 32 gigabytes.
What about Wifi or 3G?
The 3310 has no support for 3G or Wifi (but does have Bluetooth). It also does not run the software that Android, iPhone and Windows phones do. Though HMD have said it will support Facebook Messenger, Whatsapp is not available (nor, presumably, is WeChat.) Hopefully HMD will offer software to sync contacts between the 3310 and other devices. At the moment it’s not clear if that will be possible. This phone will use Nokia Slam, a special way to share photos and video via Bluetooth, so in theory that might be used to sync contacts. But that is just a guess.
Yes. It should be mentioned that the new 3310 has a lot of battery life: 22 hours talk time and a month of standby time.
So this really is a feature phone?
Completely. The new 3310 lacks even the most rudimentary smartphone features. The price is uncertain, but a figure of rs 3410 has been doing the rounds. That is roughly R650.
Who will buy it?
Well, if you are in the market for a feature phone with no smartphone features and a price potentially higher than the cheapest smartphone in South Africa, this might be for you. It should be added that Nokia sold over 35 million feature phones last year. That is far lower that smartphone sales, but it’s still a big market. The new 3310 is destined to do very well there.


By the way, when I was in Junior High (around 1979?), I built a patch panel out of wood. I couldn't bring myself to throw it away, so here are two pictures of PatchBoy Version 0.
Sorry, I haven't drawn the schematic. If you're interested in the details, let me know, and that will encourage me to spend some time documenting the project better.
For the video switching I used a matrix of 32 five-volt SPST relays from Radio Shack (part 275-232). I have not had any problems with video bleed. -- Each relay has a small diode across the coil "backwards" to absorb voltage spikes when turning a relay off, and is driven by a very simple resistor-feeds-transistor circuit (I used common 2N2222 transistors).
For the audio switching, I used 4051 analog-switch chips. These are TTL compatible chips, and they are easy to use. (Jameco lists the part as 74HC4051...this appears to be the same as what I used.
The 4051 is a single 8-channel multiplexer. The 4052 and 4053 variants may be better for you if you only want 4 or 2 signal sources (dual 4-channel multiplexer, or triple 2-channel multiplexer).
These chips have a significant "on" resistance (about 60 ohms), but for line-level audio that seems to be no problem at all.
I tried to use these same chips to switch line-level *video*, but the results were not acceptable. For video switching I used reed relays instead.
I don't know a lot about interfacing on PCs (I used an Apple IIgs in my project), but if you have a parallel port that you can control, that would be very easy to interface to the 405x.
My Apple IIgs has an Applied Engineering I/O 32 card that provides 32 bits of input or output data. I'm using only 8 bits to control PatchBoy. The top bit is a strobe (briefly set high to cause PatchBoy to accept data from the other 7 bits). The next 3 bits choose one of eight four-bit latches (using a 74138 demultiplexer); the latches are 7475 chips. The designated latch takes a snapshot of the low four data bits when strobed.
Latches 0 to 3 correspond to the four pairs of audio outputs, and latches 4 to 7 correspond to the four video outputs.
The low three bits of each audio latch feed directly into a set of 4051 chips, and the fourth bit chooses between two banks of 4051s using the Enable inputs (each chip has 8 inputs, so it takes two banks to give PatchBoy 16 sets of audio inputs).
The video latches feed into 1-to-8 TTL demultiplexer chips (74138), and each output from a 74138 drives a resistor-transistor-relay assembly. Since there are only eight video inputs, the 4th bit of each video latch is ignored.
If you want to build something similar to PatchBoy, I recommend starting by building a small-scale project on a breadboard, to prove that it's going to work, and that it's going to work at a high enough quality for your needs. Specifically, hook up at least 2 sources of audio and 2 of video & make sure you don't get noticeable high-frequency bleed-through from non-selected sources.
If you collect the pin-outs for the 74138, 4051, and 7475, it's fairly straightforward to see how to hook them together:
Call the 8 data lines from the computer D0..D7. D7 enables the 74138 to decode 1 of 8 outputs. D6..D4 tell the 74138 which one; each of those 8 outputs goes to the latch ("clock"?) of a 7475. Each 7475 gets its 4 bits of input from D3..D0. Presto...eight separately-addressable groups of 4 bits, ready to feed to input-selection circuits, one per output.
I went with 8 sources for video, so out of each 4 bits I just ignored one, and used the other three to choose one relay out of 8 (with another 74138 per video output).
Getting 16 audio sources using 1-of-8 multiplexers means each channel (L/R) of each audio output needs two multiplexers. The latched-D3 bit chooses which of the two multiplexers is enabled (don't remember if I used separate inverters , or if the 4051 had both "SELECT" and "NOT SELECT" inputs, saving the trouble). And the latched-D2..D0 tell both multiplexers which input to select (and the non-selected multiplexer ignores them).
|[ Home | Email ]||Last revised 28-Feb-2004|


The greatest form of appreciation is contribution.
A few years ago we noticed that the world was moving, and we started to expect more from everything. The analogue world is going digital at an increasing rate. However, in the industry that we loved the most, lighting design, it hasn’t happened at the rate it deserves. Battery technology is getting better by the day, light quality from low power diodes are getting excellent and wireless communication is firmly established. So why haven’t we seen these leaps reflected in the products available to us? That was our thought exactly.
When the people at the top aren’t challenged, innovation quickly comes to a halt.
The lighting industry has been a slow moving creature for decades, and it is ripe for a change. That is why we are here. By looking at the products in a new way, with as much focus on the core technology and engineering as on the design itself, we believe that it’s possible to not only bring a new design to market, but to change how people actually use light to shape their lives.
Sustainability requires change.
Did you know that candles and tea lights are a driver of deforestation, pollutes the air and needs to be collected to be recycled? If a restaurant that uses tea light candles switches to our wireless lamps, the environmental impact of manufacturing is made up for in 12 charges. After that it’s a net positive every day. On top of that, our lamps are, despite their wireless capabilities and superior light quality, using less power than almost anything else out there. And this is only the beginning, as we are dedicated to prioritize sustainability in any way we can to leave the world behind a better place than we came in.


cFosSpeed 4.53 Build 1521 Beta / 4.52 Build 1509 (x32 and x64) | 4,8 Mb
cFosSpeed is a Traffic Shaping driver for DSL modems and routers.Internet acceleration and advanced Traffic Shaping for: USB DSL Modems, Routers and LAN DSL Modems.
Normal data transfer:
Data reception needs to be confirmed (ACKnowledgment packets) before new data can be sent.
No Traffic Shaping:
ACK packets are stalled and delayed by a simultaneous upload. As a result, the download is slowed down as well.


What is Ocean Protocol?
Ocean is an ecosystem for creating data markets, where users can buy and sell any kind of information on a decentralized basis. The Ocean protocol, built on the Ethereum blockchain. Ocean aims to make the data sets on its platform available to startups and researchers, while keeping the data in the hands of those who store it. The foundation of the protocol relies on artificial intelligence to monetize data and level the playing field for access to it. This is accomplished with simple tools responsible for publishing data and consuming it in the format of decentralized Datatokens. Datatokens can interact with exchanges, wallets for ERC-20, etc. The information can be stored locally to preserve privacy.
Ocean's software is designed to facilitate data sharing by connecting users who need data and don't have the resources to store it with those who have extra resources. In exchange for their work, providers receive OCEAN, Ocean's native cryptocurrency.OCEAN is the platform's service token that serves to manage the community network and data stakes, and is used to buy and sell data as the basic unit of exchange in the Ocean Market.


Abstract. We give a new characterization of the matrix square root and a new algorithm for its computation. We show how the matrix square root is related to the constant block coefficient of the inverse of a suitable matrix Laurent polynomial. This fact, besides giving a new interpretation of the matrix square root, allows one to design an efficient algorithm for its computation. The algorithm, which is mathematically equivalent to Newton's method, is quadratically convergent, numerically insensitive to the ill-conditioning of the original matrix, and works also in the special case where the original matrix is singular and has a square root.
<postscript> <compressed postscript> files of the paper


UDP( User Datagram Protocol) <
The User Datagram Protocol (UDP) is a connectionless host to host service that operates at the Transport layer of the OSI model.
UDP relies on the upper layer protocol for error correction and reliable service.r /> The protocol is transaction oriented, and delivery and duplicate protection are not guaranteed.
The major uses of this protocol are DNS and TFTP.
UDP has a small header and for all intensive purposes adds Port addressing to the IP header.
The IP header routes datagrams to the correct host on the network and UDP routes the datagram to the correct application.


Dielectric Materials for Wireless Communication
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A small ceramic component made from a dielectric material is fundamental to the operation of filters and oscillators in several microwave systems. In microwave communications, dielectric resonator filters are used to discriminate between wanted and unwanted signal frequencies in the transmitted and received signal.
When the wanted frequency is extracted and detected, it is necessary to maintain a strong signal. For clarity it is also critical that the wanted signal frequencies are not affected by seasonal temperature changes. In order to meet the specifications of current and future systems, improved or new microwave components based on dedicated dielectric materials and new designs are required.
The recent progress in microwave telecommunication, satellite broadcasting and intelligent transport systems ITS has resulted in an increased demand for Dielectric Resonators DRs. With the recent revolution in mobile phone and satellite communication systems using microwaves as the propagation media, the research and development in the field of device miniaturization has been a major challenge in contemporary Materials Science. In a mobile phone communication, the message is sent from a phone to the nearest base station, and then on via a series of base stations to the other phone.
Dielectric materials for wireless communication
For such a microwave circuit to work, part of it needs to resonate at the specific working frequency. The frequency determining component resonator used in such a high frequency device must satisfy certain criteria. The three important characteristics required for a dielectric resonator are a a high dielectric constant which facilitates miniaturization b a high quality factor Qxf which improves the signal-to-noise ratio, c a low temperature coefficient of the resonant frequency which determines the stability of the transmitted frequency. During the past 25 years scientists the world over have developed a large number of new materials about or improved the properties of known materials.
About papers have been published and more than patents filed in the area of dielectric resonators and related technologies.
This book brings the data and science of these several useful materials together, which will be of immense benefit to researchers and engineers the world over. The topics covered in the book includes factors affecting the dielectric properties, measurement of dielectric properties, important low loss dielectric material systems such as perovskites, tungsten bronze type materials, materials in BaO-TiO2 system, Zr,Sn TiO4, alumina, rutile, AnBn-1O3n type materials, LTCC, ceramic-polymer composites etc.
The book also has a data table listing all reported low loss dielectric materials with properties and references arranged in the order of increasing dielectric constant.
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- Investigation on microwave dielectric materials for dielectric resonator antennas - IOS Press!
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Please wait while we load your content Something went wrong. Try again? Cited by. Back to tab navigation Download options Please wait Article type: Communication. DOI: Wu and E.
Millimeterwave materials: H. Ohsato 6. Other important materials: M. Sebastian and R. Pullar 7. Microwave dielectric properties of glasses and bulk glass ceramics. Jantunen Volume II 9.
Applications of Microwave Materials: A Review
Sudheendran and J. Raju Dielectric inks: J. Varghese and M. Sebastian Polymer-ceramic composites: R.
- Dielectric Materials for Wireless Communication.
- North America;
- Wine Corny Jokes and Humor?
Ratheesh and M. Rubber ceramic composites: and L. Namitha and M. Varshney and S. Dhawan Applications of microwave dielectrics: H. Bartsch, A.
Dielectric Materials for Wireless Communication by Mailadil T. Sebastian - Read Online
Ebert, S. Spira, F. Applications of Dielectric Resonators P. Mohanan, S.


Helios and Matheson Analytics (NASDAQ: HMNY), along with its Zone Technologies subsidiary, today announced the completion of beta testing of Zone’s proprietary artificial intelligence (AI) technology. The AI integration is led by Dr. E.G. Rajan, chair and founding member of HMNY and Zone’s Science & Technology Development Board, who has spent over 30 years researching AI and machine learning. Zone intends to include this AI technology in its RedZone Map app, providing features designed to analyze recent crime patterns and predict criminal activity. “The incorporation of artificial intelligence into RedZone Map will transform the app’s data set into the ultimate geo-mapping crime program. This will be a game-changing moment for RedZone Map,” Pat Krishnan, HMNY’s chief innovation officer, stated in the news release.
About Helios and Matheson
Helios and Matheson Analytics Inc. (NASDAQ: HMNY) provides information technology consulting, training services, software products and an enhanced suite of services of predictive analytics. With its client roster including Fortune 500 corporations, HMNY focuses mainly on the BFSI and technology verticals. HMNY’s solutions cover the entire spectrum of IT needs, including applications, data, and infrastructure. HMNY is headquartered in New York, NY. For more information, visit us www.hmny.com.
Landis Communications Inc.
Ashley Boarman or Greg Bortkiewicz


October 27, 2020
Pros and Cons of IoT
Understand Internet of Things (IoT)
As economies across the world try to determine the new way of life due to the COVID-19 pandemic, the demand of connected devices continues to rise. These devices are also called the Internet of Things (IoT). IoT consists of internet-compatible devices and machines that share data with each other. IoT devices not only include computers, laptops and smartphones, but also include objects equipped with chips to gather and communicate data over a network (e.g. household security systems, kitchen appliances, heart monitors). It is projected that 75 billion devices will be used around the world by 2025.
Whether its working remotely, connecting virtually to meetings and/or conferences on a smartTV, or making credit card purchases utilizing a smartphone or smartwatch (also known as a wearable device), the resiliency of the devices’ connectivity is essential to the continuous data exchange between machines, systems, and people over the internet. The IoT generates great amounts of data and cloud computing provides a path for that data to transmit to its destination. As such, companies are either investing in improving their internal IT infrastructure and IT resources or contracting with Cloud based services from Amazon, Microsoft, Google, IBM, or similar Cloud Service providers, to obtain a wide range of computing services. In addition, the deployment of 5G networks will offer new opportunities for faster data transmission with lower latency.
Artificial Intelligence and Benefits of IoT
IoT not only provides the ability to easily access real-time information, no matter where users are located, but also utilizes Artificial Intelligence (AI) to learn from each device’s specific use. AI refers to the ability of a digital computer or computer-controlled robot to perform tasks commonly associated with intelligent beings.
AI enhances the capabilities of IoT by applying machine learning to data generated from the devices and improving decision-making. Consumers/end users experience a sense of convenience and personalization when devices use the data to interact with them on a daily basis and complete tasks. For example, wearable devices notify users when heart rate problems are detected or the smart home knows to turn on lights or set the air conditioner to the right temperature when a user enters the room. The more information the user shares, the better the decision making, improving the overall predictability of the users’ day to day routine.
From the company perspective, the accessibility of information provides some of the following opportunities:
- Predict consumer preferences and upcoming business trends and enhance the personalization of products and services;
- Improve working efficiency by automating repetitive tasks usually performed by employees and free up their time to focus on more complex tasks; and
- Improve asset management with equipment using IoT connected sensors to track and monitor performance, detect issues and take appropriate action for resolution.
Realistic Security Concerns
Along with these benefits, IoT provides new ways for cybercriminals to attempt to steal highly-sensitive information and/or take control of systems remotely for financial gain. Mistakes caused by humans both initiate and increase the risks of cyber-crimes and maintaining awareness of cybersecurity risks is the first line of defense. Before investing in a new device, consumers should assess the devices’ security to prevent third parties and cybercriminals from accessing their personal information and monitoring their daily routine. In order for companies to achieve desired business outcomes and manage cybersecurity risks, correct safeguards must be implemented to mitigate the risk each new device type presents to the connected network and must have fast response capabilities for successful attacks.
Final Takeaway On IoT
The power of information provided by these devices touches our lives on a daily basis. As we continue to enjoy the many benefits, we must all do our part and be proactive in establishing a security posture that effectively lessens the risk of threats from cybercriminals.
Partner With Johnson Lambert
If you’re interested in learning more on this topic from the Johnson Lambert Business Advisory Services team, please contact us here.


Military officials should be worried about a Chinese unmanned space plane that came back to Earth after 276 days, according to experts, because the mission appears to demonstrate Beijing’s consistent ability to compete with or surpass U.S. technology and because the vehicle has the capacity to inflict damage on at-risk American satellites.
This is a huge step forward for Beijing’s quickly developing space program, even though specifics concerning the spaceplane are few, and the length of the voyage pales in comparison to the benchmark 908 days that the comparable X-37B reusable spaceplane of the U.S. Space Force spent in orbit upon returning last year.
A report reveals that China’s robotic space aircraft has completed its second orbital flight.
Chinese official media Xinhua reports that the unidentified reusable rocket landed at China’s Jiuquan Satellite Launch Center on May 8, capping after a 276-day trip to Earth orbit.
Xinhua said on Monday that the experiment’s success was a significant step forward in China’s efforts to develop reusable spacecraft technology, which would allow for easier and cheaper round-trip ways for peaceful utilization of space in the future.
On August 4, 2022, the Jiuquan-based space aircraft took off on a mission about which little is known but much mystery surrounds.
The report shows that the vehicle launched an object into space last October. Experts debated whether the object in question was a servicing module signaling the impending return of the space aircraft to Earth.
Given the robotic spacecraft’s extended flight duration, some have speculated that it is a tiny satellite meant to keep an eye on the Chinese space aircraft.
The first orbital voyage for the Chinese space aircraft was in September 2020, and it only lasted for two days.
It has been speculated by Western analysts that the vehicle is substantially analogous to the unmanned X-37B used by the United States Space Force. The X-37B has conducted six orbital flights, the longest of which went 909 days, but the American military is equally secretive about it.


If your idea of outdoor fun involves keeping count of your steps and heart rate, the Garmin Virb Ultra is the perfect gift. The Virb Ultra 30 is a high-quality action camera that records at 1080p 60 fps (frames per second) with a 12MP sensor. The Garmin Virb Ultra 30 is comfortable to wear, waterproof up to 40 meters deep, and compatible with iOS and Android devices.
Garmin Virb Ultra 30 is a mountable action camera with 4K and 1080p HD video recording capabilities. It has a built-in Wi-Fi with Bluetooth connectivity and is compatible with smartphones and tablets running Android and iOS. The Virb Ultra 30 has built-in GPS and the G-Metrix app, analyzing and recording activities. Its 3-axis electronic image stabilization is designed to reduce vibration, ensuring smoothness.
The Garmin Virb Ultra 30 is an ultra-rugged action camera that can get wet, get dirty, and retain its video recording quality even after being dropped from a height of 10 feet. The 30-second recording resolution makes the Virb Ultra 30 ideal for skiing and snowboarding, mountain biking, and other outdoor sports, as well as for use in action sports like BMXing, skateboarding, and skydiving. The device’s 2-inch touchscreen makes navigating video playback and setting the camera’s settings easier than with cameras without a touchscreen.
The Garmin Virb Ultra 30’s features make it perfect for action seekers. The GPS system and the touchscreen display are both useful. The 30 MP camera is powerful enough to shoot videos in full HD, and the 3-inch touchscreen display is responsive. The 30 MP camera is also pretty impressive.
The Garmin Virb Ultra 30 gimbal camera includes features that enhance its photo and video capabilities. It records high-quality video and has the ability to take 10-megapixel photos with a wide-angle 4K lens.
The Garmin Virb Ultra 30 is the company’s first action camera to combine a wide-angle lens with a rugged, waterproof design. We tested it by putting it through several extreme conditions, including falling from 16 feet, submerging it underwater, and leaving it in dust, mud, and sand. We also put it through a wide range of activities, including mountain biking, surfing, and skiing. The Virb Ultra 30 delivered clear and detailed images in all conditions. The pan-tilt-zoom feature allows you to easily capture selfies and video, while the image stabilization allows you to capture crisp, steady images, even while running. The built-in Wi-Fi makes it easy to upload footage to a smartphone, tablet, or computer, and you can use the app to do things like review your footage and trim it or geotag it. The Ultra 30 offers lots of customizable settings, including a time-lapse mode.
The Garmin Virb Ultra 30 is an outdoor-ready camera that shoots UltraHD 4K video, has Garmin’s proprietary QuikCapture video stabilization feature, and is waterproof down to 100 metres.
The Virb Ultra 30 is an ultraportable action camera that’s waterproof down to 100 metres, freezeproof down to -10 degrees Celsius, and shockproof from drops to 1.8 metres. Its built-in rechargeable battery lasts for up to 1,000 shots, and it’s compatible with Garmin’s range of accessories, including mounts, batteries, bike mounts, and chargers. The Virb Ultra 30 records in UltraHD 4K video at 30 frames per second, taking 12 megapixels still photos at 10 frames per second.
The Garmin Virb Ultra 30 is an affordable camera that delivers high-quality video on a variety of settings, though its 2.5K video quality isn’t as sharp as others we tested. The Nikon Coolpix P900’s 4K video quality was also phenomenal, but it’s $350 more expensive. The Garmin Virb Ultra 30 is a great choice if you’re looking for an affordable camera with excellent video quality and HDR capabilities.
When it comes to capturing action, nothing compares to the Garmin Virb Ultra 30. This camera is capable of recording 15 hours of high-quality 4K video, which is good enough for anyone. Thanks to its innovative image sensor, which is capable of capturing 2.4 times as many pixels as other action cameras, as well as 120 fps at 1080p, the video is ultra-clear. You can also take 12MP photos with 30 fps at 12 megapixels. This camera captures everything, including fast-moving objects and low-light conditions.
With 16 GB of internal memory as well as the ability to capture footage with SD cards, you can save up to 8 hours of footage before taking your Virb Ultra 30 into the water or adding an additional memory card. You can easily mount the Virb Ultra 30 as is, or you can use the GoPro mount and customizable accessories, including flat mounts, a
We were impressed with Garmin’s Virb Ultra 30, which can be used as an all-in-one action camera, a selectable action cam, or as an HD camera. Its 30-megapixel sensor produces excellent image quality, and its 8-megapixel wide-angle camera captures fantastic wide-angle video. We like the sturdy design and user-replaceable battery.
However, the expensive price tag and lack of video-stitching software meant that the Virb Ultra 30 didn’t beat out the competition. The GoPro Hero 4 Black Edition is GoPro’s best-selling camera, and its user interface and extensive range of mounts make it a great choice. Its improved 4K video-stitching software allows you to seamlessly combine multiple 4K video clips into a single 4K video. Its 4K video is also attractively sharp and well lit.
The Garmin Virb Ultra 30 is an awesome camera for shooting video while biking or for shooting stills from the handlebars while biking. This camera is water-resistant and cyclist-friendly. It can take a beating while biking for those who are serious about capturing great footage. Garmin has one of the best names in the action-camera market. Their latest action camera, the Garmin Virb Ultra 30, is the best yet. The Ultra 30 is a feature-rich camera with image quality that is every bit as good as the best cameras on the market. Its built-in Wi-Fi feature lets you record everything to the Garmin Connect mobile app. The Ultra 30 also records to microSD, so you can record your adventures without tying up your phone.


Snapjib is intended for running on a Raspberry Pi (or other similar single-board computer) installed at each site, with its own bulk storage, e.g., an SSD or NAS. It should normally run headless, i.e., without keyboard, monitor or mouse (but a speaker can come in useful). Just leave it somewhere handy so you can plug in devices to off-load media onto it. Make sure it has a ventilated case too.
I find that an RPi 3 has a tolerable amount of grunt, but with only USB2, large transfers to the system (like when you first set it up and migrate an existing collection) are really slow. An RPi 4 seems to be rather more comfortable, and has two USB3 ports that contend less with Ethernet, so it serves content more smoothly, and transcodes a bit faster too. However, you might find that its USB system has insufficient electrical power to support some devices; a Samsung phone and tablet I tried caused the USB system to repeatedly reset, disconnecting the SSD along the way. In that case, it might be wise to get a powered USB3 hub with some card slots, power the RPi from the hub to save you a power socket, and expand the available types of ports. It's not something I really wanted to try, as that would be to leave something rather unaesthetic in someone else's home.
I have experimented with an ODROID XU4Q, which has 8 cores, USB3, Gigabit Ethernet, eMMC, and the Ethernet and USB don't contend as much as in the RPi 3. I got it booting fairly stabily with a USB SSD plugged in, and FFmpeg has worked at least once on a reasonably sized file, but the machine tends to lose its Ethernet connection, bus-err, seg-fault, or even reboot when you run FFmpeg. I didn't get much stability out of Ubuntu Mate images either. It's been a while, so maybe the instability has been ironed out by now. Worth another look.
I've also had Gigabyte BRIX and an Intel NUC, both fanless, with x86 Ubuntus on them, serving other purposes as well as as a media server. The BRIX is more aesthetic than the NUC for a home appliance, IMHO. The NUC might be more robust in the long run (although I recently discovered that the full-size SD slot that persuaded me to get it in the first place seems to have lost its Linux drivers; look up rts5229 Linux drivers, but beware of borking your installation).
In almost all cases, I've kept the media on external SSDs to keep the host and storage decoupled. Getting a whopping great internal SSD, however, keeps unsighlty cabling down. Devices like the BRIX and NUC have space within them for embedded drives, which might be more appreciated.
In all cases, I've used a wired network connection, so that WiFi capacity can concentrate on serving the home's mobile devices.
I've also got small USB speakers attached to each of my media centres. These are not used to play media, but to notify a user when to unplug a camera or memory card after automatic import. As such, the speakers don't have to be of particularly good quality. However, I found that one of the most compact and aesthetic USB speakers I tried caused over-current errors which shut down USB on the BRIX, and subsequently prevented reboot. The NUC has some coloured LEDs on its front panel which can be software-controlled, so these might be an alternative way of signalling to the user.


But to receive the stimulus money, utilities will have to install new devices across their entire customer base quickly. Security experts say that this could lead to problems down the road--as-yet-unknown vulnerabilities in hardware and software could open up new ways for attackers to manipulate equipment and take control of the energy supply.In other words, in Obama's quest for being "green", one of the 12th-century boys - sitting in a cave in Pakistan - could potentially turn off air conditioners in the middle of August, or cut the lights just before a bomb blast, or shut down the fire water pumps in a building. Gee, thanks, Barry.
Smart-grid deployments involve installing smart meters in homes and businesses across a utility's coverage area. These meters can communicate with the utility and with other networked devices--usually via a wireless network of some type. Some ways to hijack this type of equipment have already been revealed. Last year, Mike Davis, a senior security consultant at IOActive, created a piece of software that could spread automatically between smart grid hardware in different homes. The software would then be capable of shutting equipment down. (emphasis mine)
03 August 2010
Another Obama "Green Economy" Success Story.
Team Hopenchange's "smart grid" could leave us open to cyber-attack on our power infrastructure, and even in our homes:


While the iPhone 13 is months away from its release, and are expected this September 2021,
As a leading manufacturer of the screen protector, OTAO always striving to get the data of mobile phone screens to develop the related products, and launch tempered glass to help our client to get the first chance to achieve more market share and do more jobs of marketing.
We had already derived the screen data of the iPhone 13 lineup.
--iPhone 13 mini 5.4"
--iPhone 13 6.1"
--iPhone 13 pro 6.1"
--iPhone 13 pro max 6.7"
Major design changes are not expected, as for the screen, some tweaks to the notch.
1. The smaller notch can be seen in the display panels of the upcoming iPhone 13 models. The earpiece speaker has been moved into the top bezel. Hence, there is a little notch on top of tempered glass, which is different from tempered glass for the iPhone 12 lineup. OTAO has launched the tempered glass in April. If you are interested, please contact us.
OTAO 2.5D full cover tempered glass screen protector
OTAO 2.5 clear tempered glass screen protector
2. Apple is said to be considering adding an in-display fingerprint sensor to the iPhone 13 models, but it's not yet clear if this will happen, and there is a lack of test on real mobile devices, so We are planning to test on devices in May, at then we are launching the screen protectors with fingerprint unlock tempered glass.
3. In the near future, we will launch the screen protectors with more functions, more materials, and Lens protectors for iPhone 13 lineup.
PLEASE visit our products category of iPhone 13 series for details, please contact us for price list firstname.lastname@example.org
Below are the names that Apple has used since the iPhone first launched in 2007.
2007 - iPhone
2008 - iPhone 3G
2009 - iPhone 3GS
2010 - iPhone 4 (new design)
2011 - iPhone 4s
2012 - iPhone 5 (new design)
2013 - iPhone 5s and iPhone 5c
2014 - iPhone 6 and iPhone 6 Plus (new design)
2015 - iPhone 6s and iPhone 6s Plus2016 - iPhone 7 and iPhone 7 Plus
2017 - iPhone 8, iPhone 8 Plus, and iPhone X (new design)
2018 - iPhone XR, iPhone XS, and iPhone XS Max
2019 - iPhone 11, iPhone 11 Pro, and iPhone 11 Pro Max
2020 - iPhone 12 mini, iPhone 12, iPhone 12 Pro, and iPhone 12 Pro Max
Post time: Apr-23-2021


Smart Thermostat Installation in Louisville and Lexington
Are you tired of having to get up to change the thermostat? Is it even managing the temperature accurately? Have you had to change the thermostat in the middle of the night, realized you couldn’t see any of the numbers, and had to go turn on or fetch a light to see what temperature you are adjusting it to?
It is time to upgrade your thermostat. Smart thermostats are more accurate, easier to use, can be adjusted from your phone, are programmable, and communicate better with your HVAC system.
Benefits of a Smart Thermostat
Smart thermostats may seem a little intimidating with all their features at first, but don’t worry; they are straightforward to learn and use! They offer many convenient features to make the lives of homeowners easier.
Smart, Programmable Thermostats
Smart thermostats are programmable, so you can see what temperature you want them to be during various parts of your day. Programming is handy to keep the air conditioning from blasting away when you aren’t home and running up the utility bill.
A regular programmable thermostat can also do this, but a smart thermostat takes this one step further. It learns your schedule and adjusts the temperatures in your home automatically. It can even take into account daylight savings.
According to Energy Star, on average, a smart thermostat will save homeowners around 8 percent, or $50 annually, in the United States, depending on your climate. A smart thermostat will adjust based on indoor and outdoor temperatures, the temperature you’ve set it to, how long it takes to heat or cool your house, and when you are typically home or away.
You can monitor and adjust your settings from anywhere. Watching a great show and don’t want to get up? Already retired for the night, but it’s too hot to sleep? Going on a weeklong trip and forgot to turn the thermostat down? Use your smartphone or tablet to adjust your thermostat from anywhere.
You can even hook smart thermostats up to smart devices like Alexa or Google Home, allowing you to use voice commands to adjust the temperature, such as, “Hey Google, turn on the A/C.”
Alerts, Notifications, and Reports
Your thermostat app can notify you if you need to change the filter, if it’s time to schedule A/C maintenance, or if there is a power outage or a system failure. It will give you reports on energy usage and trends.
Notifications make it much easier to be proactive about scheduling preventive maintenance for your HVAC system.
Dauenhauer Installs Smart Thermostats
If you’re ready to get a smart thermostat, we can install it! Smart thermostats require particular wires in the wall to operate correctly. Our technicians can identify which wires you have and if we need to add any to ensure your thermostat is working correctly.
Call (502) 917-6706, or book an appointment to install a new thermostat online.


Security concerns are in the minds of almost every person today. Just like how we use protection software for electronic gadgets to guard against malware, we need safety measures to protect ourselves and our homes from criminals. Closed Circuit Television (CCTV) systems are the best bet for video surveillance. There are two types of CCTV systems available – wired and wireless. Out of these two, wireless systems are more popular and here are the reasons why people prefer buying wireless CCTV systems as against wired models.
- Easy Installation Process
Wireless CCTV systems are considered to be excellent devices to ensure security. They come with alerting functions like wireless surveillance alarming provision. The security alarms embedded in the wireless CCTV cameras serve the security functions to the fullest. Such CCTV systems are very easy to install and they also don’t cause any damage to your property while installing as very little drilling and wiring is required for it.
- Aesthetic Look and Feel
Though functionality is the main aspect that anyone would look for in surveillance systems, the aesthetic look is also important to a significant extent. Wireless CCTV systems are not only user-friendly but also highly aesthetic in nature. They do not just guard your house but also present a good aesthetic appeal, which is the not the case with wired CCTV systems wherein there are wires all over in plain sight. Furthermore, wireless cameras can be disguised using skin suits in order to hide it from visitors.
- Highly Portable
Even if you want to shift the surveillance system from one location to another, you can do it very smoothly without much hassle. If you want your security devices to be relocated, then opting for a wireless CCTV camera is a good idea. As the name suggests, they are free from wires. So, it is obvious that wireless cameras can be very easily relocated without causing any damage to your property. You need not even have to worry about installing the ported device as it is free from wires and the installation process is easy.
Hope the above reasons justify why most of the prospective buyers prefer buying wireless CCTV systems as against wired ones. If you are considering investing in a surveillance system, then too wireless models would be the right choice to make.


Using our approximately 150 camera systems, we are able to conduct more than 60 counts simultaneously in urban or non-urban environments regardless of weather conditions.
We are in a position to record data at larger junctions, roundabouts, and level crossings with several camera systems. In case of complex junctions with limited visibility or staggered junctions, we can count the vehicle and pedestrian flows by tracking them via several cameras.
Examples Camera Systems:
Thanks to their small dimensions, the camera systems attract little attention and consequently have no adverse influence on the normal traffic behaviour.
Traffic count by means of radar technology:
Examples Camera images:
Count of pedestrian and bicycle crossings along a street:
Camera images for a consistent comprehensive count of pedestrians and cyclists


Sule Tech Solutions has partnered with BaAn Joint Stock Company from Vietnam which manufactured HDPE Flexible Pipes in Myanmar. Various sizes and colors are available.
HDPE Flexible Pipes Offers best solutions for cable protection.
- BaAn HDPE Flexible Pipes (TFP) feature high efficiency in protecting power cables and telecommunication cables. This product was invented in the 1960s in Japan, and since has found wide application in Japan, Korea, Thailand, China, South Africa, etc., replacing PVC or steel straight pipes in installations of power and communication cables.
- In 1998, for the first time in Vietnam, BaAn HDPE Flexible Pipes were manufactured on a production line of modern technology, meeting JIS KSC 8455 Korean Standard, for underground applications in conformity with Japanese Industrial Standard JIS C 3653.
- BaAn HDPE Flexible Pipes, due to their spiral corrugation, offer a wide range of advantages.
BaAn HDPE Flexible Pipes’ Examples of Applications
- Underground system in urban area
- Underground cable system in airport
- Underground cable system in ports
- Underground cable system in industrial zones
- Underground cable system in stadiums
- Underground cable system in golf-course
- Cable system on bridges
- Underground cable system on highway
- Underground cable system at hydropower project
- Underground cable system at 110kv-220kv power cable lines


iMazing Crack with Activation Number
iMazing 2.16.9 Crack is a very powerful and comprehensive program for synchronizing data among different devices and creating backups. It was designed and released by DigiDNA. It is used to synchronize various iOS devices and complete control of these devices. The user can control and manage these devices without any problem. Moreover, it is very versatile and can run many different types of iOS devices including a wide range of iPhones/ iPads as well as iPods. The user can take backup of any device they need to without much effort. As well as a feature for restoring device data in case of any failure or data loss.
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iMazing Key Features:
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- With this, you do not need to purchase a specific cloud space for creating and storing backups.
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|Supported Operating System:
|Pc Window Vista
|PC Windows 8
|PC Windows 10
|MacOS Sierra (10.12)
|MacOS El Capitan (10.11.x)
|Mountain Lion (10.8.x)
|Supported Apple Devices and Models:
5/ 5c/ 5s/ 6/ 6 Plus/6s/6s Plus/
SE/ 7/ 7 Plus/ 8/ 8 Plus/ X
1/ 2/ 3/ 4/ 5/
mini 1/ 2/ 3/ 4
iPod touch 1/ 2/ 3/ 4/ 5/ 6/
|Suppored iOS Versions
|iOS 4.x/ iOS 5.x/iOS 6.x/ iOS 7.x/ iOS 8.x/ iOS 9.x/ iOS 10.x
|Supported iTunes Versions:
|Version 12.2.0 or above.
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Intelligence will be the future development trend of the laboratory. Nori applies intelligence to the laboratory. Based on building information modeling (BIM), a vectorized 3D visualization monitoring system is established. Display the effect of the overall building, room and equipment in 3D form, so as to achieve a 360-degree rotating display room and laboratory room without dead ends.
Hotline：400-886-8596 Tel：021-32555556 E-mail: email@example.com Address：3rd Floor, Building A, No. 66 Shahe Road, Jiading District, Shanghai