The 5G Experience – reimagining the creative and entertainment industries
With its powerful connectivity, 5G will enable us to do much more than simply downloading HD movies in seconds on our mobile phones. Imagine exploring our green planet ‘s secret kingdom of plants with a “holographic” Sir David Attenborough by your side explaining what you are seeing at every turn of the journey? The Green Planet AR Experience, inspired by the BBC series The Green Planet, allowed visitors to explore our green planet like never before through the magic of augmented reality powered by 5G networks. This is just one of the many ground-breaking uses of 5G for delivering creative content and experience.
In fact, 5G is set to transform the creative and entertainment world as we know it. 5G-enabled technology will revolutionise how content is produced, distributed, and consumed, unlocking existing technology for wider audiences and enabling new applications that don’t even exist yet. Immersive experiences, like that deployed in the Green Planet AR Experience, will become commonplace. Augmented Reality (AR), Virtual Reality (VR) and use of artificial intelligence will bring content and audiences closer than ever before, enabling viewers to share and interact on a personal level.
The potential of 5G is already being explored in many areas to drive revolutionary experiences and open up new opportunities:
Boundary-transcending immersive entertainment
The high bandwidth and ultra-low latency of 5G can support cutting-edge technologies to deliver highly immersive virtual platforms where audiences and artists will connect seamlessly, regardless of their physical locations. The Green Planet AR Experience is a very good example of how 5G can amplify a live encounter/event by enabling real-time interactions between the audiences and a “remote” host.
Seamless innovative broadcasting
5G’s superfast speeds and unparalleled capacity means that broadcasters can send footage back to base for production much more quickly, opening up more coverage opportunities to viewers, especially in relation to live news and sporting events broadcasts. 5G can also enable cutting-edge technology to allow the broadcast of ultra-high-quality, direct to consumer content at the touch of a button, and new innovation channels to further enhance viewer experience.
A whole new league of sports viewing
5G-enabled technology puts sports viewing on another level by enriching the in-stadia experience and opening the potential for more enhanced remote live access. 5G is capable of creating a front row viewing experience at home by enabling viewers from different locations to “watch” games together, enjoying instant close-up replays and interactions with players. For fans in stadium, augmented reality visuals, alongside real-world viewing, will give them an immersive experience like never before.
Next-level mobile gaming
5G is powering faster and better mobile gaming experiences. Thanks to its greater reliability, millisecond-response times will deliver super smooth in-game action with no delay between a player’s input and the game’s response, and regardless of the number of players. E-sports audiences can enjoy high-definition live streamed games with interactive dynamics. 5G-enabled technology such as Virtual Reality (VR) and Augmented Reality (AR) are also transforming how games are streamed.
Whilst 5G can help to revolutionise many industries, in the creative and entertainment space, the only limit to the possibilities it will create is our imagination.
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In real life, not all traffic lights are the same size.
Since most cars for O scale model railroading are 1/43 scale, the Miniature Traffic Lights O-scale version is 1/43 ratio. The signal itself is 0.8" by 0.25"(1/43 of an average standard traffic signal.)
HO 1/87 scale is also available.
Can be used for model railroading or slot cars.
Built using solid-state microchip technology. Lights are LED's that will not burn out. Operates between 2-5VDC.
Also, can be powered with 3AA batteries (not included.)


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Embedded Application Development depends on the design and execution of software for embedded systems. The software is generally tailored for particular hardware with a defined purpose that must meet time, size, energy, and memory constraints.
Embedded systems are getting more intelligent and smarter across embedded domains. We cannot ignore one important factor that encourages these advancements while we talk about the growth of an embedded system: embedded apps.
Embedded Apps are becoming key to every technological innovation in the modern world with their advanced features and intuitive and user-friendly nature. We live in an era of Apps; apps affect our lives in one way, often through the smart gadgets we use.


Reverse engineering is a process where you can create a 3D model from a scan. However, this method is only sometimes accurate, particularly around edges and sharp features. A good software program will allow you to sketch cross sections of a solid object from its scan model and use them to create the desired shape.
3D reverse engineering has many applications, including optimizing product designs. The first step in reverse engineering is to digitize an underlying design. This CAD file can then be used to build different models. This process can be done quickly and efficiently with 3D laser scanning. This technology can also reconstruct a damaged ear using a 3D model created with 3D printing.
Reverse engineering requires high-resolution data. This is necessary because the process relies on the data to reproduce an object. Low-resolution data can result in inaccurate or slow results, especially when attempting to replicate complex geometric shapes.
The reverse engineering process involves analyzing an object’s design data and then converting it into a digital CAD model. This process can be done manually or with the help of 3D scanning. The digital model can then be converted into STL files for 3D printing. This process is useful in replicating parts that are unavailable in the market or difficult to obtain.
The advantages of reverse engineering in 3D printing include improved efficiency and reduced costs. The process can be performed faster and with fewer materials. Since CAD models are digital, changes can be tested and evaluated easily. Furthermore, 3D scanning allows users to take accurate measurements of objects in seconds. These advantages make it possible to produce better-quality final products.
Software used for reverse engineering:
Reverse engineering is a process that allows you to improve an existing product by studying its design, functionality, and source code. This effectively creates a baseline for new parts without spending time and money designing them from scratch. It’s also an easy way to improve the functionality of a product that you already have.
The process begins by collecting data points and converting them into a connected mesh. Then, this mesh is processed to produce a solid or surface model. Advances in computing power and sensors have made these steps faster and more efficient.


Installing on a virtual machine is a good way to become familiar with Linux OS and its installation procedure without leaving your current operating system and repartitioning the storage drive.Virtualization Software For Installing Linux OS
It will also let you keep this Beginners’ Guide open in your browser throughout the installation. Some users may find it beneficial to have an independent Linux system on a virtual drive, for testing purposes.
Examples of virtualization software are
- Windows Virtual PC
A virtual machine is a software based, fictive computer. Virtual machines may be based on specifications of a hypothetical computer or emulate the computer architecture and functions of a real world computer.
A virtual machine (VM) is a software-based emulation of a computer.
A self-contained operating environment that behaves as if it is a separate computer.
A virtual machine (VM) is a software program or operating system that not only exhibits the behavior of a separate computer, but is also capable of performing tasks such as running applications and programs like a separate computer. A virtual machine, usually known as a guest is created within another computing environment referred as a “host.” Multiple virtual machines can exist within a single host at one time.
A virtual machine is also known as a guest.
Virtual machines are becoming more common with the evolution of virtualization technology. Virtual machines are often created to perform certain tasks that are different than tasks performed in a host environment.
Virtual machines are implemented by software emulation methods or hardware virtualization techniques. Depending on their use and level of correspondence to any physical computer, virtual machines can be divided into two categories:
System Virtual Machines: A system platform that supports the sharing of the host computer’s physical resources between multiple virtual machines, each running with its own copy of the operating system. The virtualization technique is provided by a software layer known as a hypervisor, which can run either on bare hardware or on top of an operating system.
Process Virtual Machine: Designed to provide a platform-independent programming environment that masks the information of the underlying hardware or operating system and allows program execution to take place in the same way on any given platform.
Some of the advantages of a virtual machine include:
- Allows multiple operating system environments on a single physical computer without any intervention
- Virtual machines are widely available and are easy to manage and maintain.
- Offers application provisioning and disaster recovery options
Some of the drawbacks of virtual machines include:
They are not as efficient as a physical computer because the hardware resources are distributed in an indirect way.
Multiple VMs running on a single physical machine can deliver unstable performance
Introduction to Virtual Machines
This section of the website will focus on the concept of virtual machines. The concept of virtual machines is not new to the computer world, it is however a concept that not many people know about or understand. If you are a typical computer user and you use the Internet to browse the World Wide Web, then you have probably interacted with a virtual machine, that being the Java virtual machine. Now, other than this virtual machine that most computer users use transparently, you are probably wondering why you should care about virtual machines, no?
Well, virtual machines are a concept that is used quite often in the computing world to solve very important problems, but often these are transparent to you as the user because virtual machines are typically used within programs and operating systems that users use everyday. Some of these problems include: sharing the same hardware among many programs by partitioning the hardware, allowing software to be “portable” between various operating systems, as well as running older software on a newer computer. All of these uses of virtual machines are very important to the way that we compute today.
All of these uses of virtual machines are very important to the way that we compute today. As you read on, we will attempt to show you how virtual machines help to solve these important problems, and therefore why they are an important piece of computers today.
When trying to explain the concept of virtual machines, it is first necessary to understand the meaning of the term virtual. Virtual is a term that originally came from optics, to understand objects in a mirror. Objects in a mirror are reflections of an actual physical object but mirrors are not actually that object. This means that the image looks exactly like the actual object and looks to be in the same location. Virtual has evolved to describe pretty much anything that is a ‘simulation’ of a real object nowadays, with terms like virtual memory, virtual disks, and virtual reality. We use the term ‘virtual’ when talking about virtual machines because we would like our virtual machine to look and behave exactly like the real machine. This means the virtual machine is not really the actual machine, but behaves exactly like the actual machine.
Now, in defining the term virtual, we have used the term ‘simulation’. A simulation is something that imitates something else. A good example of a modern day application of a simulation is used in the training of Air Force and Marine pilots. Pilots are trained on flight simulators; computer based machines that look like the cockpit of a jet plane. This machine gives the pilot the look and feel of actually flying a real jet plane, without ever having to leave the ground. This simulator imitates everything from the actual maneuverability of the plane, to the effect of wind and weather conditions on flying the plane. In essence, the simulator allows the pilot to have all of the facilities and feelings of flying a real jet plane from the safety of the ground.
A simulation is something that imitates something else.
This concept of simulation, or imitating another object has been carried over into the design of computer systems. Although there are many incarnations of virtual machines, at it’s most basic, a virtual machine is the appearance of a machine that is not actually there. This is of course a very general definition and not a very clear one, but bear with us.
Let us now think about the concept of a machine in general. All machines have one thing in common, whether that machine is a refrigerator, a VCR, or a computer; they all have a certain set of instructions that they are designed to carry out. These instructions make up an instruction set. An instruction set for any machine can be thought of as a box of Lego’s, where these Lego’s are put together to form a whole object. With machines, these Lego’s are instructions, and they are used to tell a machine what to do, or what tasks to perform.
With virtual machines, the virtual really refers to these sets of instructions. There are many types of virtual machines, but the common theme between them is the idea of simulating an instruction set. Each virtual machine uses a virtual instruction set which the user has access to, and then the virtual machine “maps” these virtual instructions to the real instruction set of the computer.
There are four major schools of thought in the virtual machine world. The first is a nearly one-to-one mapping, represented by the IBM virtual machine model. The second lineage consists of a mapping of every instruction in the machine with a virtual instruction, represented by the Java virtual machine. The Unix virtual machine model and the OSI virtual machine model represent the final two models we will cover. These models map some of the instructions directly, while some others are calls to the operating system’s functions directly.


The Circuit Scan® 1000 is a scanning magnetic microscope capable of capturing weak magnetic fields
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The stainless steel biochemical incubator is suitable for environmental protection, sanitation and epidemic prevention, drug inspection, agriculture and livestock, aquatic product research, colleges and universities and production departments. dedicated constant temperature equipment.
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Italian military surveillance radar satellite constellation of four satellites launched 20070608 - 20101106 earth observing (radar) satellite built by alenia. Cosmo-skymed second generation (csg) constellation spacecraft launch sensor complement ground references italy's second generation cosmo- skymed constellation of. Cosmo-skymed (sendo, cosmo de: constellation of small satellites for the mediterranean basin observation) é um sistema composto por. The constellation the cosmo-skymed constellation, built by thales alenia space (a thales/leonardo-finmeccanica company), comprises four identical satellites. Welcome to the cosmo-skymed website for institutional and scientific users cosmo-skymed is a constellation composed of four satellites equipped with.
Two new earth observation satellites were launched last week from european space centre in kourou in french guyana, although you may only get to see the data from one. All about cosmo-skymed 1 (norad 31598u), its position at any time and when it will pass over your city tables and graphs forecast for the next 5 days. This paper briefly describes the results obtained in the course of the trade-off analysis and architectural design activities of the italian x-band synthet. In its first decade of service, cosmo-skymed has captured over one million radar scenes worldwide, by monitoring for example unesco world heritage sites and. The satellites are phased in the same orbital plane, with cosmo-skymed's 1 sar lupe – a model of a sar-lupe satellite on top of a russian cosmos-3m rocket.
Italian space agency cosmo-skymed mission cosmo-skymed sar products handbook rev2, 09/06/09. The cosmo-skymed system is a constellation of four radar satellites for earth observation founded by the italian space agency and the italian mod cos. Cosmo-skymed is one of the most innovative earth observation programmes and is funded by asi, the italian ministry of defence and the italian ministry of education. 9º sinageo - utilização de imagens cosmo-skymed para a identificação de feições geomorfológicas no ambiente proglacial das geleiras localizadas no setor norte. Springerlink search home (2016) oil spill monitoring in the italian waters: cosmo-skymed role and contribution in:.
Soil moisture content estimation using cosmo-skymed data project for the definition and development of cosmos-skymed x band and skymed data ----. Cosmo-skymed satellite 3d model, formats obj, 3ds, c4d, dxf, communications, ready for 3d animation and other 3d projects cgtrader - 3d models / 3d designers. Cosmo-skymed initial operational the italian ministry of education will contribute to cosmos-skymed program with 620 million euro and the italian ministry of.
L'attuale scenario internazionale di osservazione della terra richiede informazioni aggiornate e disponibili tempestivamente al fine di prendere decisioni. 1 33412u 08054a 1804251958788 -00000271 00000-0 -27491-4 0 9995 2 33412 978892 2278141 0001429 820248 2781142 1482153049503104. A constelação cosmo skymed é uma grande iniciativa do governo italiano em sistemas de observação da terra, tendo sido usado com finalidades civis e militares.
Cosmo-skymed (constellation of small satellites for mediterranean basin observation) is an earth observation program of the italian space agency (asi) developed by. The cosmo-skymed satellite constellation consists of four satellites that collects data in the x radar band the ground resolution can be varied between 100 and 1 m. Thales alenia space italia spa aiad directory cosmo-skymed the italian satellite system for earth observation for the management of environmental. This article is within the scope of wikiproject spaceflight, a collaborative effort to improve the coverage of spaceflight on wikipedia if you would like to. Cosmo-skymed is a space-earth observation dual use system devoted to provide products/services for the following purposes: environmental monitoring and surveillance.


Foreign Secretary Liz Truss announces two new UK-India collaborations to boost 5G networks and future telecoms networks
Following Liz Truss’s recent visit to India, two new UK-India collaborations – funded by UK Research and Innovation (UKRI) – have been announced.
The first project is ‘The UK-India Future Networks Initiative (UKI-FNI)’ – A £1.4 million project, led by the University of East Anglia in collaboration with other UK and Indian universities, to build the capability, capacity, and relationships between the two countries in telecoms diversification technologies and research for 5G and beyond.
The second is a £180,000 grant to the Compound Semiconductor Applications (CSA) Catapult to explore opportunities for further UK-India collaboration on the needs of future telecoms networks.
Diverse supply chains
UK Minister for Media, Data and Digital Infrastructure Julia Lopez said: “I am delighted that the UK and India are joining forces to look at how we can create more diverse, innovative and secure telecoms supply chains.
“This forward-looking partnership will bring together our nations’ finest minds to reduce the world’s over-reliance on a small number of firms to build and maintain the networks that are so vital to society and the global economy.”
Sanjeev K Varshney, Head of International Cooperation at the DST, said: “The announcement of the India-UK partnership to develop newer research opportunities in future telecom networks is very timely and we look forward to developing new bilateral collaboration in this and other emerging areas of mutual interest.”
Indo-UK research and innovation
Rebecca Fairbairn, Director UKRI India, said: “UKRI India, in collaboration with our partner funders in India, is delighted to announce a drive towards a new Indo-UK research and innovation partnership on future telecom networks.
“Bringing together both our countries’ scientists, engineers, and innovators we will jointly develop new knowledge and high-impact research and innovation in line with our shared 2030 India-UK roadmap.”
Professor Gerard Parr, Principal Investigator for UKI-FNI, University of East Anglia, said: “There are many benefits to be accrued from the UKI-FNI project as we explore new innovative solutions in hardware, software and protocols.
“Ultimately, we will develop a roadmap for a much larger, mutually beneficial and longer-term collaboration between India and the UK in the important digital telecoms sector.”
Dr Andy G Sellars, Strategic Development Director, CSA Catapult, said: “From a standing start in 2018, the Catapult has initiated over £140 million of projects developing advanced electronics to power next-generation electric vehicles as part of our net-zero commitment.
“We see a bigger opportunity to develop advanced electronic systems for future telecom networks working with industrial and academic partners in India.”


PROF MONICA CRACIUN
Professor in Nanoscience and Nanotechnology
Scientific Adviser at Concrene
I am Professor in Nanoscience and Nanotechnology at the University of Exeter and I currently lead a group of 30 researchers which includes 2 EU Marie Currie Fellows and 1 UK Royal Academy of Engineering Fellow. My academic work spans from fundamental research in nanoscience (molecular electronics, quantum phenomena, nano electronics, spintronics) and materials science to applied research in nanotechnology, electronic and optoelectronic devices. My research group currently focuses on two dimensional materials (such as graphene, functionalised graphene, dichalcogenides), as well as their use in future emerging technologies such as highly efficient solar cells, light emitting devices, electronic textiles and multifunctional smart coatings. research is regularly published in leading and high-impact peer reviewed journals such as Nature Nanotechnology, Advanced Materials, Nano Letters, Journal of the American Chemical Society, Proceedings of the National Academy of Sciences of USA (PNAS), Physical Review Letters, Nano Today, etc.. Many of our papers are ranked in the top 1% in Physics, Materials Science and Nanosciecne & Nanotechnology.


I wanted to spend some time writing an article all about brain computers. I thought the idea of a brain computer was super interesting ever since Johnny Mnemonic (1995) came out and now it’s emerging through Neuralink. A brain computer, back in 1995, had this vibe of not being a great idea; the reason being that every month or two a big advancement in home computers was out on the market.
I did NOT write the following article. Instead, Google has some new AI Writers available and I wanted to see what it would produce. Also, I’ve been swamped lately.
Give me your feedback on the following article. Do you like it? What do you think of the AI Writer (I used EndType)? Have you seen Johnny Mnemonic or read the short story? I’ll take your thoughts on that too. Personally, I’m a fan of the film, short story, and the soundtrack (which I still have on cassette). If it was affordable, would you get a brain-computer installed?
]The following was written with an AI Writer. I just added some pictures. Enjoy.]
The concept of brains connected to computers refers to a scenario where human brains are electronically connected to computers or artificial intelligence (AI) systems to enhance cognitive abilities, augment memory, or control devices through thought. This can be achieved through technologies such as neural prosthetics, brain-computer interfaces (BCIs), and direct neural interfaces (DNIs), which allow the brain to communicate with external devices. Brain-computer interfaces have been used successfully to help individuals with neurological conditions such as paralysis, locked-in syndrome, and severe motor impairments to control machines or communicate. Additionally, research is being done to develop brain-machine interfaces for applications ranging from gaming and entertainment to military and medical use. While the idea of connecting brains to computers raises ethical concerns regarding privacy, security, and potential misuse, it could also offer significant benefits in improving human performance and quality of life.
In the science-fiction movie Johnny Mnemonic, the protagonist is a courier who has a neural implant that allows him to store large amounts of data in his brain. The process of connecting the brain to a computer system is referred to as "wet wiring". This technology allows for the direct transfer of information from a computer to the brain and vice versa, without the need for input/output devices such as keyboards or monitors. While the idea of wet wiring may seem like science fiction, there is some research being done in the field of brain-computer interfaces. These interfaces can allow individuals to control devices with their minds or receive sensory feedback from a computer. However, the use of wet wiring as portrayed in Johnny Mnemonic is still purely fictional. One company that is working on developing advanced brain computer technology is Neuralink, which was founded by entrepreneur and inventor Elon Musk in 2016. Neuralink's goal is to create a seamless interface between human brains and computers, with the ultimate aim of enhancing human intelligence and addressing neurological conditions such as Parkinson's disease and epilepsy.
Musk has described Neuralink's technology as a "wizard hat for the brain," suggesting that it could enable people to communicate with each other telepathically, create fully immersive virtual reality experiences, and even extend human lifespan by merging with artificial intelligence. However, many experts have expressed skepticism about these claims, citing significant technical and ethical challenges associated with directly interfacing with the brain. Despite these challenges, the development of brain computer interfaces has the potential to revolutionize fields such as healthcare, gaming, and communication, and Elon Musk and Neuralink are likely to remain at the forefront of this rapidly advancing field.
Brain-computer interface (BCI) technology is a rapidly evolving field that aims to link the brain and computers to create new ways of communication and control. There are two primary approaches to BCI technology: invasive and non-invasive. The invasive approach requires surgery to insert electrodes directly into the brain, while non-invasive methods rely on external sensors to measure brain activity. One exciting area of research in BCI is the development of prosthetic limbs that can be controlled directly by the brain. Implanted electrodes can pick up the signals from the motor cortex of the brain, allowing amputees to control robotic limbs with their thoughts. Another promising application of BCI is in treating neurological disorders such as Parkinson's disease, where deep brain stimulation can significantly improve symptoms. Researchers are also exploring non-invasive BCI methods to help people with paralysis or motor disorders communicate and control their environment.
Advancements in machine learning and artificial intelligence are also enabling the development of more sophisticated BCI systems that can learn to interpret complex patterns of brain activity. However, there are still significant challenges to developing advanced BCI technology, including improving the accuracy and reliability of brain activity measurements, minimizing invasiveness, and ensuring patient safety and ethical considerations. Nonetheless, continued progress in this field holds immense potential for transforming the way we interact with technology and each other. Direct neural interfaces (DNIs) are technologies that allow for direct communication between the brain and a computer or electronic device. This involves using electrodes or other sensors to record neural activity in the brain and then translating that activity into computer-readable signals that can control external devices. DNIs have the potential to revolutionize the way people interact with technology, including prostheses, virtual and augmented reality, and even communication and entertainment systems. There is ongoing research in this area focused on improving the accuracy, reliability, and safety of DNIs, including efforts to develop wireless and implantable systems.


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Two motor e-bike with one throttle
A 250w front-geared motor coupled with a 350w rear-geared motor. In many states, it is legally classified as an electric bicycle, as it doesn’t exceed a total of 750w power.
The system is operated by a single battery that locks into position, a single controller, and a single set of controls that are at the front. Operating the system is simple: on the right side of the handlebars is a red rocker switch where you get to choose which motors to operate. The throttle and pedal assist function like any other - driving the wheels depending on the position of the rocker switch. With the switch positioned in the middle - both motors will be functioning. When turned to the left, only the front motor will be switched on, and when turned right—the rear motor.
250W Front-Mounted Motor
A hub motor in the front wheel can crank out a continuous 250W watts of power with the ability to ratchet things up to over 350 peak watts of power for hill climbs and quicker acceleration. This motor has 45 Newton meters of torque.
350W Rear-Mounted Motor
A hub motor in the rear wheel can crank out a continuous 350W watts of power with the ability to ratchet things up to over 500 peak watts of power for hill climbs and quicker acceleration. This motor has 60 Newton meters of torque.
Removable Lithium-Ion Battery
This removable battery system is a game changer that offers unmatched convenience when re-charging. With a simple twist of a key, you can take out the battery and put it to charge.
Motor Selector Switch
Turn the switch to the left to get the front motor to start; turn it to the right to get the rear motor going. When the switch is in the middle, you’ll hear the monster dual motors roar!
The LCD display has a dark background and bright numerics and is easy to read even in direct sunlight. With waterproof connectors, it displays battery life, speed and distance, and has push mode - a feature to use in the circumstance of pushing the bike uphill.
Rack and Fenders
These fenders come in great use. They will keep your bike clean, come with an integrated taillight, and if you ever need to carry some extra gear, don’t worry— just strap on the rear rack and make your way!
6V-60V LED Headlight
Light the path with the front light powered by the bike's battery. It can be turned on/off on the handlebar control pad.The headlight is bright enough to make night driving much safer and enjoyable.
Chain Wheel With Cover
The double-sided aluminum bash guard on this model helps protect the chain ring teeth from strikes, while also keeping the chain locked ﬁrmly into place. There is also a built in chain guide to reduce the chances of derailing.
Shimano 7 Speed Gear Shift System
With this Shimano 7 speed freewheel, there is a larger cog for up-hill riding and a smaller cog for high-speed riding. Speed can be easily adjusted with the pedal-assist system.
Basket Kit: Optional Add-on - Basket Kit Details


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September 2, 2017
This article shows how to calculate the time constant of an RC (resistor-capacitor) circuit and how to verify the time constant value using an oscilloscope. In an RC circuit with direct current, the voltage across the resistor immediately becomes DC maximum when the power is turned on. When the power is turned off, the voltage immediately falls to 0.
This isn't the case with the capacitor. There is a delay to reach the maximum capacitor voltage and a delay in falling to 0. This delay is measured in units called time constants which are denoted with the Greek Tau Τ.
In the following circuit, a 1kΩ is in series with a 10μF electrolytic capacitor. There is a switch between the DC power source and the resistor.
To find the time constant, use the formula ET = R x C. This is
1 x 103 x 10 x 10-6 = 10 x 10-3 s = 10 ms
The following screenshot shows an implementation of the schematic on a breadboard. An off-screen DC power source provides 5V to the circuit. See the 5V and GND annotations to the right of the diagram. The 5V source is connected to a Cherry MX Blue switch on a breakout board. The switch is connected to a resistor which is then connected to a capacitor. There are oscilloscope leads for testing ER and EC.
Pressing the switch will close the circuit and current will begin to flow. This oscilloscope screen shot captures the event. Yellow is Ch1 and is measuring ER. It immediately goes to 5V. The arcing, exponential Blue Ch2 is measuring EC. Eventually, it reaches 5V, but there is a delay.
This delay is very quick, computed at 10ms earlier, and I can't set the cursors that fast. So, I set a trigger on the oscilloscope to capture the reaction to the pressing of the switch. The trigger is set to record the leading edge of Ch2 (EC). You can see the orange "T" along the right side at 2.66V.
With the graphs captured, I set the horizontal (left-to-right lines) cursors first. I put the beginning cursor at 0V and move the top cursor to about 63.2% of the maximum value (5 x 63.2% = 3.16V). I set the cursor by eyeballing it so the top line is at 3.2V.
Next, I set the vertical (top-to-bottom lines) cursors. I set the leftmost cursor to the start of the event which is the point at which Ch1 (ER) goes to 5V. I then move the right cursor to intersect Ch2 (EC) and the topmost horizontal cursor. Looking at the BX-AX value I can see that the distance between the left and right vertical cursors is 10.60ms which is close to my computed value of 10ms. I wasn't particularly precise in operating the oscilliscope which explains the 0.60ms difference.
The oscilloscope can also meaure the time constant when the capacitor is discharging. In this case, the trigger needs to be set to a falling edge. The vertical cursor positioning will be based on 36.8%.
The value of 10.20ms is sufficently close to the computed 10ms value.
Calculating the time constant of an RC circuit is a simple multiplication of R and C. This article then verified the computed value using an oscilloscope. Using a Rigol DS1054, a trigger was set to capture the switch on event. With the graph captured, cursors were added to measure the time it took for EC to reach 63.2% of the maximum value when charging.
If you have any questions or found an error, feel free to send email to firstname.lastname@example.org.
By Carl Walker
President and Principal Consultant of Bekwam, Inc


DIY Home Automation is a real passion of mine, and I’m proud of my achievements in the area. I began getting into home automation at a time when “off-the-shelf” hardware and software weren’t exactly known for their user friendliness or reliability. (In some ways, they still aren’t!)
I’ve built a custom but reliable stack of hardware and software with pieces originating from both the commercial and FOSS sectors to control my home. I’ve relied heavily on my experience in systems integration to integrate software such as OpenHAB, Eventghost , and Tasker with hardware such as Raspberry Pi, Spark Core and Photon, and Veralite.
During this journey, I’ve advanced my knowledge a great deal. I’ve learned even more about systems integration using low-overhead messaging protocols like MQTT. I’ve used specialized sensors such as the DS18B20 with microcontrollers like the Arduino Uno and Spark Core to wirelessly transmit environmental to a central source where it can be monitored and recorded. I’ve come a long way, but I still plan to go a lot further!
For more information on my projects involving DIY home automation, please check out the Home Automation category of my blog!


Converting programs to visual representation by intercepting screen draws
Gathering visual context the easy way.
Gathering the visual representation of an application’s screens is non-trivial. Some programming languages have commands that take a set of defined graphic elements and paint them onto the screen. By intercepting those commands, one can capture the definition of the graphic elements, and relay those definitions to a system that converts them into a visual representation of what the user sees on screen.
This covers a technique where a code library in the app watches for screen draws on apps running in a simulator. As the developer is developing their app and running it in a simulator, the code library captures what the screen looks like and where the strings and images are displayed. This can work for all programming environments that include screen draw callbacks.
It is far easier and accurate to capture screen definitions using this technique than to decompile the compiled binary.
US Patent Application Number 61928927


New high-capacity chargers will be installed in 50 locations, meaning bad credit car leasing will inevitably see more and more electric vehicles.
The National Grid in the UK has decided to install a network of around 50 charging stations for electric vehicles across the UK. The charging stations will have a charging capacity of up to 350 kW in England and Wales, and will see a similar network being installed in Scotland as well which will greatly effect bad credit car leasing in electric cars. According to the Financial Times, the National Grid has researched about the placement of charging stations. This research indicated that, if placed strategically on the UK motorways, the charging stations will be available to 90% of motorists, including bad credit car leasing drivers within 50 miles.
Bad credit car leasing customers tend to be hesitant in leasing electric vehicles primarily due to the lack of charging stations. This solution by the National Grid has offered a realistic solution to the problem.
Read the complete article to learn more!
The 350kW chargers could result in EVs being charged in as little as five minutes, depending on battery size. They could also match the demands of hungrier EVs that are on their way shortly; these can only achieve their headline-grabbing recharging times with higher-capacity chargers than those currently installed in the UK. 50 individual chargers are planned for each charging station, meaning 100 chargers when considering both directions of travel.
The chargers would be wired directly into the high-voltage electricity transmission network itself, rather than local grids, dispelling concerns of higher-capacity EV chargers leading to power shortages in more under-strain areas. There are no plans for the National Grid to run the chargers, so the price to charge at one of the points will be decided by the eventual owners of each station. It’ll cost between £500 million-£1 billion to install the network at current prices, however this is likely to come down as technology advances, said the Grid spokesman.
Chargemaster is currently working on the implementation of 150kW chargers for the UK, although these aren’t due until next year. As the Government ramps up plans to make EVs the go-to choice amid air quality and European Union CO2 targets, EV charge points will soon become mandatory at all large petrol stations and motorway services.
Author: Jimi Beckwith
Link to the complete article:


Christmas Light SMD3528 LED Strip Light for Happy Family
|Payment Type:||L/C,T/T,D/P,Paypal,Money Gram,Western Union|
|Terms of Trade:||FOB,CFR,CIF,FCA,CPT,CIP|
|Min. Order:||500 Meter|
|Delivery Time:||10 Days|
|Packaging:||Reel + Anti-static Bag + Carton|
|Productivity:||500,000 Meters / Month|
|Brand:||OEM & ODM|
|Place of Origin:||Shenzhen, China|
|Supply Ability:||500,000 Meters / Month|
|Certificate:||ISO9001:2008 & ISO/TS 16949:2009 & GSV & SQP|
Cuttable every three LEDs to provide convenient installation with lesser illumination costs makes smd3528 led strip light affordable, Maintenance and low voltage make sure human safety. smd3528 led strip light Continuous length with the quickly connector and Reel packing and strong adhesive back.Light up colorful home life ,DIY household lights for hallways, stairs, trails ,windows is best for christmas decoretion.
Product Details of smd3528 led strip light:
1. Light source: 3528&5050
2. Emitting color: Red, Yellow, Blue, Green, White, Warm White,RGB
3. LED Quantity: 30,60,120, LEDs/m
4. PCB Width: 10mm,12mm.15mm
5. Voltage: DC12V, DC24V
Features of smd3528 led strip light:
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IP65/IP68 SMD3528 LED strip light Flexible Strip,
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Shenzhen Mingxue Optoelectronics CO.,Ltd
Shenzhen Mingxue Optoelectronics Co.,Ltd.
We focus on LED area, is a high-tech lighting enterprise deal in develop, produce and sales.
Owns DIP LED,SMD LED professional production lines and LED lighting products lines, the produce volume per month for DIP LED,SMD LED is 50 million pieces, for LED flexible strip light is 500 thousands meters, for LED flexible strip light for car is about 200 thousands pairs, for LED tube light is 50 thousands pieces, for LED Spotlights are 200 thousands pieces, for LED ceiling light are 50 thousands pieces.
Mingxue Optoelectronics Co.,Ltd. has apply the I S O 9 0 0 1: 2 0 0 8 international quality management system certificate, we apply the CE, RoHS and SAA certificate for our led lighting product.
We already built up good cooperation relationship with some reputed distributors from Eastern and Southern Asia, North America, Mexico, Japan and many other countries.
Our R & D team can handle highly customized designs and offer OEM and ODM services.
We hope to set up a long-term partnership with you through our high quality products and our Sincere Service!
- Company Name: Shenzhen Mingxue Optoelectronics CO.,Ltd
- Representative: Mingxue Tang
- Product/Service: LED Linear Light , LED Strip Light , LED Grow Light , LED Hight Voltage Strip Light , LED Hight Bay , LED Panel Light
- Capital (Million US $): 1 Million RMB
- Year Established: 2005
- Total Annual Sales Volume (Million US $): US$10 Million - US$50 Million
- Export Percentage: 61% - 70%
- Total Annual Purchase Volume (Million US $): Below US$1 Million
- No. of Production Lines: Above 20
- No. of R&D Staff: 31 -40 People
- No. of QC Staff: 21 -30 People
- OEM Services Provided: yes
- Factory Size (Sq.meters): 10,000-30,000 square meters
- Factory Location: Building 4, Baodazhou Block, Shancheng Industrial Village Shixin Community,Shiyan Town, Bao'an District, Shenzhen,China
- Contact Person: Ms. Mico Xu
- Tel: 86-0755-27637866


Annoying waste of an hour
If you have an HP 6550b and its using the intel ironlake mobile graphics adaptor, you may find that ubuntu 10.04 and 10.10 don't handle the graphics properly. You'll get a black screen or a failure to start X.
The only way to boot seemed to be to use the VESA driver.
Typical errors in Xorg.0.log are; no kernel modesetting driver detected
into /etc/default/grub (Kernel Command Line) and add to your current kernel boot command line in /boot/grub/grub.cfg.
UPDATE: It seems as though something has changed. I had a similar problem on a far more recent laptop (a sandybridge based dell 6420) and kernel, and it seems that the kernel parameter is now;
So, if one doesn't work, try the other!


Alan “Al” Smith was a pioneer in the “low-background counting” performance of particle detectors – their ability to see ever-fainter signatures of particle interactions. He developed the gold standard for measuring trace levels of radioactivity in materials and components.
New data from the STAR experiment at the Relativistic Heavy Ion Collider (RHIC) add detail – and complexity – to an intriguing puzzle that scientists have been seeking to solve: how the building blocks that make up a proton contribute to its spin.
For several decades, the nuclear science community has been calling for a new type of particle collider to pursue – in the words of one report – “a new experimental quest to study the glue that binds us all.” This glue is responsible for most of the visible universe’s matter and mass. To learn about this glue, scientists are proposing a unique, high-energy collider that smashes accelerated electrons, which carry a negative charge, into charged atomic nuclei or protons, which carry a positive charge.
A team led by Berkeley Lab scientists has gleaned new and surprising clues about the nuclear structure of an exotic form of magnesium – Mg-40.
New simulations led by researchers working at the Berkeley Lab and UC Berkeley combine decades-old theories to provide new insight about the driving mechanisms in plasma jets that allow them to steal energy from black holes’ powerful gravitational fields and propel it far from their gaping mouths.
A team led by nuclear physicists at the Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab) has reported the first direct measurements of the mass numbers for the nuclei of two superheavy elements: moscovium, which is element 115, and nihonium, element 113. They obtained the results using FIONA, a new tool at Berkeley Lab that is designed to resolve the nuclear and atomic properties of the heaviest elements.
A new high-resolution gamma-ray detector system – designed to reveal new details about the structure and inner workings of atomic nuclei, and to elevate our understanding of matter and the stellar creation of elements – has passed an important project milestone.
André Walker-Loud, a staff scientist at the Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab), is co-leader of a team that is among the six finalists for the Association of Computing Machinery’s Gordon Bell Prize that will be awarded this month.
With funding from an Early Career Laboratory Directed Research and Development (LDRD) award announced last year, NSD’s Heather Crawford and her team of researchers are developing a prototype for an ultrahigh-rate high-purity germanium (HPGe) detector that can count 2 to 5 million gamma rays per second while maintaining high resolution, allowing them to accurately measure the energy spectrum under extreme conditions.
In this Q&A, Berkeley Lab physicist Spencer Klein, who has been a part of the IceCube collaboration since 2004, discusses Berkeley Lab’s historic contributions to IceCube, and IceCube’s contributions to science.


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ICOM M25 VHF - Floating Radio
ICOM M25 Buoyant VHF Marine Handheld Transceiver
Icoms new IC-M25 buoyant marine VHF radio, which floats and flashes when dropped into the water, has the lightest body in the market for a floating VHF radio at just 220g. New for an Icom, this new radio has a tidy USB connector for convenient charging from a variety of electronic devices.
Its 30.5mm slim body is extremely comfortable to handle. Large LCD display and laser cut, curved shape buttons are well laid out and provide simple and straightforward operation. In fact, the IC-M25 LCD screen is 30% larger than its predecessor, the IC-M23, allowing you to clearly see the channel number and status icons.
The IC-M25 floats when dropped in water. Not only does the LCD and key backlight on the front panel flash, but also the red LED light blinks through the rear panel showing the place of the radio so that it can be easily retrieved.
The built-in 1500mAh lithium-ion battery provides 5 Watts of transmit power and allows 11 hours (approximate) of operation. The IC-M25 has a Micro-B USB connector and can be charged with the supplied AC adaptor, BC-217 in 3 hours (approx.).
The IC-M25 provides a powerful 550mW (12 Ohm load) audio output and received voice can be heard loud and clear. The Volume loud and mute functions offer quick adjustment of the volume level by holding the VOL/SQL button and pushing the up or down button. The optional HM-213 waterproof speaker microphone provides extra convenience for leisure users.


Avrix is a portable and robust product for the mass market. This product was designed keeping in view cost effectiveness, scalability, performance, low maintenance, portability and better usability which is achieved through its SOC (System on Chip) design. FOTA (Firmware over the air) is one of the most powerful features through which firmware and business logic can be remotely programmed on Avrix.
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Magic Box 2 is a unique and innovative Point of Sale (POS)
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Cheshire West and Chester council is upgrading over 24,000 street lights to LED (light-emitting diode) at a cost of £5m but aiming to save on energy and replacement costs.
The council said that it will change street lighting in residential areas across the borough from sodium lamps to more energy efficient LED lights by September 2018.
It is estimated that the programme to replace 24,000 lights will cost around £5.1m. The council has around 50,000 street lights in total.
Cabinet member for environment Cllr Karen Shore said: ‘The key objective of our LED replacement programme is to reduce carbon emissions and make savings on energy consumption costs. It is hoped the new LED lights will achieve savings of around 40% on our energy consumption.
‘Also most current lamps in the borough have a guaranteed life of three years. The LED technology we are using has manufacturers’ warranties for 12 years, and could last as long as 20 years.’
The upgrade schedule is based on the age of the current lamps, which are usually replaced on a cyclical programme every three years.


Card meters is the new trend of electric meter. Millions of people are now switching to card meters the moment their power companies provide the option. There are a lot of advantages of having a card meter including in offices. However, regardless of the advantages of a card meter, it is not enough to rely on such advanced electric meter to lower electric bills. When it comes to your office, here are several useful tips to save on electric bills.
- Upgrade equipment – As consumers become conscious on their energy consumption, different industries have provided new equipment which are more energy efficient compared to their predecessors. If your office is still using old equipment, upgrading your office to new equipment will definitely lower energy consumption.
- Switch to laptops – Desktops consume a lot of electricity since it has many separate parts which require electricity. On the other hand, laptop is a single unit which consumes lesser electricity than desktops.
- Turn off equipment before leaving – Even if the equipment is not used but as long as it is on then it will consume some electricity regardless if it is on standby mode. Meanwhile, turning off equipment will certainly not consume electricity.
- Turn off lights before leaving – Lights still plays a large part of the energy consumption in the office. Having the employees practice switching off the lights before leaving or have a utility worker turn the lights off after office hours can save a lot on electric bills.
- Install weather strips – Installing weather strips is advantageous regardless of the season. Extreme heat from the sun cannot penetrate the office whereas heat inside the office is retained during winter. Weather strips do not consume electricity but can lessen the load of air conditioner or heater thus greatly lowering the energy consumption to maintain ideal working conditions.
- Modify temperature accordingly – In any season, there are peak hours where temperature is at its lowest or highest. By adjusting the air conditioner or heater output accordingly, energy consumption will be more efficient.
- Motion sensor – No matter how much practice and conscious office employees are in turning off lights and other equipment, human error will still occur every once in a while thus consuming electricity unnecessarily. A motion sensor is a great insurance to make sure that all equipment and lights are turned off after office hours.
And now you have many ways to efficiently save on electric bills in your office.


It is predicted that 24 billion IoT devices will be installed by 2020
But what exactly is IoT?
Internet of Things is the interconnection of everyday objects embedded with computing devices, enabling them to send and receive electronic data via the internet
The initial setup requires the deployment of level sensors and equipment across the reservoirs and overhead tanks. The special design level sensor helps in imitating the water level status to the central server to be deployed for the purpose of water conservation.
This information passes on a regular basis which helps in examining the daily usage of water from the reservoir.
Analytics obtained from various factors of water management
Source- Data Science Central
IoT aids water management in the following ways:
- Water metering
- Detecting leakages in the water pipeline
- Tank or reservoir level monitoring
- Water quality and safety monitoring
- IoT enabled state of the art hardware and software
Let’s discuss how IoT can make this possible.
Water Metering: Water metering is very important, as this will help us in gathering data about various aspects of water supply and usage – a network of smart meters that collect real-time data across the water grid – the data collected can help us in knowing the water usage and requirements on both a micro and macro scale. It also helps in detecting leakages, predicting demand-supply and seasonal fluctuations and set up alarms for notifying in case of any anomalies.
Detecting leakages in the pipelines: Leakages in the supply system are one of the major causes of loss of water with figures as high as 50% losses. Currently, various techniques to detect leakages are already in place. However, the devices work in isolation for not being connected to each other.
With the help of IoT – in integration with GIS and GPS – the weather information system and cloud servers, not only will it help in detecting leakages but it will also help in dispatching repair orders to the nearest local field engineers.
Tank or reservoir level monitoring: Loss of water due to overflow from overhead tanks also form a large fraction of the total water that is lost and needs to be kept in check as it forms an essential part of the water supply system. Functioning of pumps can be automated to fill up tanks depending on the full or empty status of the water in the tank. This will not only help in saving water but also efficient usage of power by the pump.
Water quality and safety monitoring: Various parameters such as pH levels, temperature sensors, turbidity, etc. are used to measure the water. These can be kept in check with various sensors placed across the water network which would set off an alarm if any parameter goes beyond safe levels. The sensors can make all the difference in timely damage control as poor quality of water reduces productivity among individuals and societies.
IoT enabled state of the art hardware and software: IoT enabled devices with high reliability and accuracy are readily available nowadays at reasonable costs. These devices can sense various parameters, communicate with other devices and is also capable of initiating relevant actions. Also, with the advent of cloud storage, the need for local data storage devices is eliminated.
Smart Water Management
IoT can also help in efficiently using water for irrigation and to use for getting the right amount of water at the desired destination for the required duration. It can control the flow of water in the pipelines and like in the case of domestic use, can help in detecting leakages and maintaining quality. It is a data-driven process which is made possible by wireless communication among devices.
There is a rise in the growing number of installed IoT devices with a heavy investment of funds in this growing technology. Hence, it is of utmost importance that we make use of this in order to solve the many water problems across the country. The implementation method would depend upon the requirements of the system in order to ensure interoperability with other applications. Also, the system architecture must be flexible to allow integration with older systems and preferably use open interfaces to access a wide range of water management devices. With all these features in place, IoT could be the answer to India’s water crisis.


Bored of Your Cable? We Audition a Sleek Digital Wireless System
From Smooth Hound Innovations
This wireless system has been designed to offer quality tone with a consistent and interference-free signal. It transmits its signal within the 2.4 GHz frequency band (along with WiFi and Bluetooth), so is immune to outside interference from power sources like mobile phone towers, along with other analogue wireless systems that might be operating simultaneously. On the surface of the receiver sits a Control Mode button as well as LEDs indicating whether the unit is powered, the amount of interference being seen by the receiver and the strength of the signal/battery. A Cable Tone function gives you that ‘wired’ sound that is often missing from a wireless signal, by modelling the tonal subtleties between short and longer cables. You have a choice between no emulation or a cable up to 30 feet. The K1100 transmitter scores points for stylishness and simplicity. It features a hinged jack plug that allows it to be used on all styles of bass. With fifteen hours of power life there’s ample time to be had onstage and more than enough warning if you’re running low. Other wireless systems include rechargeable transmitters, but the benefit of this one, which uses two AA batteries, is that you’re never too far from a spare set, otherwise you’re reliant on leaving it to charge. The transmitter also has an automatic ‘power-down mode’ if your bass is idle for a prolonged period of time.
Operating the system couldn’t be easier, thanks to a simple instruction booklet that outlines the basic steps, but there really isn’t much to confuse you. Once you’ve plugged in the 9V DC power adaptor, everything is very user-friendly. We decided to road-test it on a number of different gigs. On average, we required a wireless range of 10 or 15 metres, but if you’re performing without in-ear monitoring you may not feel comfortable traveling too far from the thud of your speaker cabinet. Sound-wise, we were very impressed by what we heard. There was little or no difference in our core tone. Having said that, the Cable Tone simulation is by no means wasted, as we were able to roll off a touch of the high frequencies from our active Jazz Bass. With a dynamic range of 120 dB there is more than enough headroom for even the hottest of active basses. Traditionally, analogue systems use companders to squash or compress the signal to make it fit the bandwidth that the particular frequency permits before expanding it at the other end. This is not required with digital, and so, in comparison, this system stands out with its dynamic range and a full frequency response. There are, of course, reliable analogue units available, but it’s hard to imagine them matching up to the tonal reliability that’s on offer with this digital system. It looks as though the clever people at Smooth Hound Innovations could be on to a winner. For more info visit www.smoothhound-innovations.com


Artificial Intelligence for Google Android
"When a good programmer has some free time, he writes code...
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Artificial intelligence for Google Android
is a US software company doing 2 things:
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Copyright © 2004-2010 2accomplish, INC


Europower Controls have long-established relationships with a variety of suppliers to offer our customers capacitors, fans, resistors, transducers and much more.
See our range of suppliers below.
Alcon Electronics is one of the largest manufacturers of capacitors in India, utilising state of the art technology and the very newest trends. Alcon’s products range from an extensively large range of high CV screw terminal-type aluminium electrolytic capacitors, to a variety of film capacitors for power electronics. The product range is designed to suit the needs of the power electronics industry.
Bi-Sonic was founded in 1979 and has become a prominent fan manufacturer with more than 30 years of experience in producing exceptional cooling fans that solve heating problems of computers, machines, power supplies, ventilation and many more. The main products are AC Tubular Axial Fans, DC Brushless Fans, DC Cross-Flow Fans and DC Brushless Motor and Fan accessories.
Danotherm (also ATE) provide power resistors for the most challenging applications. Their products include an array of resistor types, including pulse resistors, high power resistors, and high voltage resistors.
Electrical measurement solutions. LEM develops and recruits the best global talent, working at the forefront of mega trends such as renewable energy, mobility, automation and digitization.
ZEZ Silko are a leading manufacturer of power capacitors, capacitors for power electronics, induction heating capacitors and automatic capacitor banks with worldwide representation.


|The latest Android Nougat update brings a piece of Pixel to Nexus phones
||[Dec. 6th, 2016|08:02 am]
Android 7.1.1 starts going live today as an over-the-air update — a roll out that will continue through the next several weeks to a select number of Google-approved devices, including the Nexus 6, Nexus 5X, Nexus 6P, Nexus 9, Pixel, Pixel XL, Nexus Player, Pixel C and General Mobile 4G (Android One), along with devices enrolled in Google’s Android Beta Program. Those devices… Read More
The latest Android Nougat update brings a piece of Pixel to Nexus phones
Mirrored from Новости мобильных технологий.


Ghana has become the latest African country to launch its first space satellite. The feat was made possible by the collaboration between Ghana’s university All Nations University and Kyushu Institute of Technology in Japan. The satellite, which weighs 1000 grams was built by Ghanaian students. The Cubesat, which has been named GhanaSat1 was designed by a trio led by Benjamin Bonsu, a PhD student in Applied Science for System Engineering, Joseph Quansah and Ernest Teye Matey of the All Nations University, Koforidua.
The two-year project, which started in October 2015 and was due to be completed in December 2016. It was carried out entirely by the three young students who designed it prior to assembling and testing. The project cost $50,000 (£40,000). The students will operate the satellite using the All Nations University College (ANUC) Ground Station at Koforidua.
The students, together with their team in Ghana, were the founding members of ANUC’s Space Science and Technology Laboratory (SSTL), which designed, developed and launched the university’s miniaturised Cansat on May 15, 2013.
In 2014, they also constructed the University’s amateur Ground Station that currently receives information from some satellites, an achievement that made the ANUC the first University in Ghana and sub-Saharan Africa to accomplish such success in space science technology.
Japan Aerospace Exploration Agency (JAXA) took delivery of the Cubesat, named Ghanasat-1, on February 9, 2017 and handed it over to the National Aeronautics and Space Administration (NASA) in Florida, USA on February 13. The satellite was built in Japan and was deployed from the International Space Station (ISS) after being lifted off from the launch pad of the JAXA aboard the H-II transfer vehicle (Kounotori).
Ghana’s first satellite was launched on the International Space Station (ISS) by Space X, Flight 11 from Kennedy Space Centre in Florida, USA. The deployment of GhanaSat1 was watched live at JAXA Tsukuba Space Centre in Japan by top government officials and ministers.
The successful launch of Ghanasat-1 is expected to make the dream of Ghana becoming a space-faring nation a reality, and also boost the country’s capacity to take advantage of space science technology in the future.
Ghanasat-1, described as the first university satellite in sub-Saharan Africa, has low and high resolution cameras on board to take pictures and provide data that can be used to monitor the coastal areas of Ghana.
As part of its mission, the first experimental university cubesat will embark on earth imaging of Ghana via two on-board cameras and broadcast songs, including the national anthem, from space to the All Nations University Ground Station and Ham radio receivers.
The Ghanaian satellite wasn’t the only satellite launched. Nigeria’s Federal University of Technology, Akure (FUTA) launched its cubestat codenamed Nigeria Edustat1. The Nigerian Cubestat was designed, built and owned by FUTA in collaboration with the National Space Research and Development Agency (NASRD).


At Rotor Technical Services, we offer a comprehensive service for designing and manufacturing control panels and systems in the West Yorkshire area. We cover the following areas, Bradford, Leeds, Halifax, Wakefield, Keighley, Huddersfield & Dewsbury. Whether you require a simple micro inverter mounted in an enclosure, a PLC controlled multiple axis servo system, or anything in between, we can create a customised solution to fit your needs.
We can expertly manufacture and design control systems for a wide range of industries, and while we can work with many different types of hardware, we are Approved IMO Systems Builders, and Key Variable Speed Drives Partners.
Here are some examples of the kind of work we do:
- Design and manufacture of control panels.
- Retrofit of controls into existing panels.
- Energy saving projects on fans and pumps.
- PLC/HMI systems.
- Variable speed drive systems.
- Servo motor and drive systems.
- Electrical installation and commissioning available with all systems.
- Complete turn-key packages.
To find out more about our control panel designing and building service, or to arrange a site visit, please contact us on: 01274 675611


Philips head screwdriver
LED of any color that supports 3.3 volts
Needle nose pliers
Electrical wire (18 – 22 mm gauge)
Female crimp connectors for wire sizes 18-22mm
I am not responsible of what you do with these directions, nor responsible for what it can do to your Dreamcast, controllers, or anything else that is in your possession.
1) Remove any wires attached to your system, and remove any CDs/GDs that may be inside.
2) Turn over the Dreamcast and remove the modem.
3)Unscrew the four screws that hold the top of the Dreamcast in place. (Make sure you keep all pieces removed hereafter in a safe place, as you will need them for re- assembly)
4) Turn over Dreamcast and lift off the top half of the Dreamcast shell.
5)Unscrew the two screws that connect the fan housing to the bottom half of the Dreamcast shell.
6) With the fan housing unscrewed, unscrew the two screws that hold the fan to the housing.
7) Ok now comes a series of drilling which depends on the size of the LED you have purchased (3mm, 5mm, 8mm, 10mm, etc.). You want to find a drill bit that is relatively close to the size of your LED but in fact a little smaller. Take your fan housing and flip it over so that the top is now facing the bottom. Place the topside of the housing onto a piece of wood, and make your first drill all the way through the topside of the housing. Test to see if your LED fits, and as you are drilling gradually increasing the size of the drill bit, you want to stop when the LED fits snuggly into the housing and allowing the lip of the LED to fit up against the housing. This next part is up to you, where my LED fit nice and snug I opted to not glue the LED, but if you want place a small bead of super glue on the lip of the LED to attach it to the housing.
8) With the LED in place, cut two lengths of wire that run from the position of the fan to the PSU board (where the 6 pins come up from the main board). Solder the wires to each end of the LED, and snip off the excess. At this point you can attach the wire one of two ways: permanent or semi permanent.
9) Permanent Way : Solder the end of the positive wire to pin 1 and the negative end to either pin 3, 4, or 5, the pins labeled as GND on the PSU. I didn't do it this way because there is a possibility of dropping solder on to the board as you heat it up which could potentially destroy it and/or affect the workings of your DC in some way or another.
0) Semi Permanent Way: Put the other ends of the wires into male crimp connectors. You should notice a little circle in the metal connector and this is what you want to use as a guide point as you will be cutting the connector in half. I used a pair of needle nose pliers to cut the piece in half. Now just put these pieces we just fabricated and plug them in between where the pin and the PSU board connect.
11) You're done! Before reassembling your Dreamcast plug it in and fire it up to see if your LED turns on. If it does, great re - assemble the DC and enjoy. If not, here is a list of possible problems:
Check solder points.
Check to see if wire is fully inserted into crimp connector.
Make sure you don't have pos. and neg. wires mixed. Either on PSU or the LED(s).
Check the LED itself with a battery to make sure it isn't blown out itself.


Rana is a motion-activated recording system which is loosely based on the frog visual system, i.e., if its blobby and it moves, Rana will be able to detect it. Rana is a combination of logger hardware and a computer software application, all bundled with a Linux operating system.
Anybody who wants to record things which move. For example, pest exterminators, security companies, and ecologists would all benefit from using the Rana system.
Rana monitors a camera to detect “frames of motion” (e.g., frames in which a substantial number of pixels in that frame differ from the previous frame and in which these motion-pixels are concentrated into a small area, “the blob”). These motion frames are combined into digital movies which can be subsequently viewed using standard digital video editing suites (e.g., Virtualdub or Avidemix) or movie view tools such as Microsoft media player or the open source VLC viewer).
It can be set up for many actions including:
If you want something which is not included on the above list, it may be possible to easily adapt the system to suit your requirements. If so, please contact us.
Yes, Rana provides a comprehensive web-based control interface with which the camera can be controlled.
Certainly, Rana streams the camera output in a format which can be viewed via a web browser, e.g., Safari or Google Chrome.
Rana will work with any standard webcam. Obviously, the higher the specification of the camera, the better the result. For example, for routine monitoring of invertebrates (e.g., bees, butterflies, etc.), high end USB webcams such as the Philips SPC1330 will give very good results.
Yes, the number of cameras is limited only by the CPU speed of the logger and the number of USB ports it possesses. Typically, a logger using ARM or Intel Atom processors can handle 2 to 3 cameras.
This depends on the camera used (and to an extent the processor in the data logger as well). With a high end webcam and Intel Atom hardware, image frames of up to 1280 pixels x 960 pixels can be acquired (at a frame rate of 90 frames per second).
Yes, the bigger the frames the longer they take to process: if you want to detect transient events at very high resolution, a typical Atom or Arm based logger is only able to handle a single camera.
Yes, Rana is a “fire and forget” solution. Once set up, it can be left running in the field for months at a time. The length of time Rana can operate unattended is only limited by the disk size of the logger running it and the power constraints of the logger.
Yes, Rana has been designed to deploy in remote locations. We have developed a battery system which allows the logger to run remotely in the field using relatively inexpensive vehicle lead acid batteries. Currently, systems can run unattended in the field for up to a week. With lower power loggers this could be extended to a month or more.
None, other than a video editor suite or digital movie viewing tool. VLC, Microsoft Media Viewer, Avidemux, and Virtualdub are all appropriate tools. If you intend to view streamed output from the video cameras in real time, you will need a web browser which supports this such as Safari or Google Chrome.
Yes, Rana is a Linux/μLinux application. These operating systems will be bundled with the application on loggers supplied by Tumbling Dice.
Yes, the software component is a portable C application. This means it can be run on low power FPGA and ARM based kit optimised for remote field use. Some of these low power systems can be continuously recharged using an array of solar cells which means they could be deployed in the field indefinitely. Tumbling Dice is happy to discuss specific requests of this nature with clients.
Yes, objects in frames captured by Rana can be passed to applications like Daisy or Mensor for downstream identification.


- Jan 02, 2018 -
Solar panel Special-purpose Street lamp micro-controller intelligent Control, no manual operation, with high brightness, easy installation, stable and reliable work, no digging ditch, free cable, work stable and reliable, long service life and so on.
The installation of solar panels is simple and convenient, without the need to do a lot of basic works such as laying cables like ordinary street lamps, only a base fixed, all the lines and control parts are placed in the lamp frame, forming a whole, the operation and maintenance cost of solar street lamp is low.
Solar powered by solar street lights, in addition to rainy days converted to mains electricity will produce a small amount of electricity costs, operating cost is almost zero, the entire system is automatic control operation, without human intervention, almost no maintenance costs, beautiful appearance without electricity, applicable to urban roads, communities, industrial parks, squares, tourist attractions, Lighting needs in parks, rural highways, remote areas and other places.
It can also be used for the small population distribution density, inconvenient transportation economy, lack of conventional fuel, it is difficult to use conventional energy to generate electricity, but the solar energy resource-rich areas to solve the problem of household lighting in these areas.


Legendary former Intel CEO Andy Grove left us recently. Wearing many hats, he is an entrepreneur, a teacher, a writer, a philanthropist, etc. As Marc Andreessen says on Twitter, he is “the best company builder Silicon Valley has ever seen, and likely will ever see“. Even after more than thirty years, his book “High Output Management” is still a must-read for all middle level managers.
In his another best-seller book, “Only the Paranoid Survive“, he introduced the concepts such as “strategic inflection point” and “strategic dissonance”, which have become part of the lexicon both in academia and in practice. A strategic inflection point is a time in the life of business when its fundamentals are about to change. That change can mean an opportunity to rise to new heights. But it may just as likely signal the beginning of the end.
Andy Grove steered Intel through several strategic inflection points, for example, the shift from the memory business to microprocessors when they realized they couldn’t keep up with Japanese competition. Soon Intel will face another inflection point. Actually this new inflection point already started. Unfortunately, Intel doesn’t have Andy Grove any longer.
We all know that the computing world has moved from PC to mobile (and IoT in the future). Intel has been struggling with mobile. But it is not the worst. In fact, Intel has been doing very well financially because mobile devices need the cloud (read giant data centers). As all major players are building their cloud infrastructure, Intel sells a lot of high end server microprocessors. However, Intel should be really worry about this as the the low-cost, low-power mobile components are becoming the foundation of the next-generation datacenter.
One may argue that mobile processors are not powerful enough for data centers. It is true as today, just like mainframe people couldn’t image that PC will power data centers 30 years ago. However, mobile technology based data center will take off in the way of low-end disruption as technology advance will quickly enable them to meet the medium users’ requirements. Not only low-cost but also the low-power characteristics of mobile components are very attractive to data centers because of sky-high utility bills to power computers and cool them. Who doesn’t want to pay less and be green? Clearly, mobile-defined data centers present a huge opportunity for startups. On the other hand, it could be a disaster to Intel unless they work through yet another strategic inflection point.
Still doubt the idea? Check out this cool 64 node cluster, built with raspberry pi and lego, at the University of Southampton.


3D Printing Workshop: Creating Printable 3D Models Using Medical Imaging Data
Advanced medical image data visualization in the form of 3D printing continues to expand in clinical settings. In order to generate patient-specific anatomic models for 3D printing, imaging data must first be segmented and converted to virtual 3D models which represent the intended anatomy of interest. Dr. Nicole Wake, Director, 3D Imaging Lab, Department of Radiology, Montefiore Medical Center, will give an overview of 3D printing technologies used in medicine and will discuss the process of converting medical imaging data into printable 3D models. Examples will be given using 3D Slicer –an open source program that all students can easily access.
Related LibGuide: 3D Printing by Nancy Glassman
- Thursday, March 21, 2019
- 5:00pm - 6:00pm
- Library Training Room, Forchheimer 119N
- Albert Einstein


- May 9, 2016
- Posted by: Chris Winikka
Jill Hubbard designed software and hardware for Evans & Sutherland Computer Corporation and Intel Corporation. After receiving her Master of Education degree, she developed Tualatin High School’s engineering and computer science pathways and programs of study. She started Tualatin High School’s after-school technology program consisting of FIRST Robotics Competition teams, FIRST Tech Challenge teams, Oregon Game Competitions teams, and Willamette Programming Competition teams.
Jill serves on the Oregon Computer Science Teachers Association’s (OCSTA) leadership team, leading the multi-district, collaborative development of Oregon’s Computer Science Playbook and worked with the South Metro Salem STEM Hub, connecting education, industry, and community.
Jill is currently a co-Principal Investigator, in partnership with Portland State University and the University of Oregon, on a National Science Foundation grant focused on expanding access to introductory computer science courses, particularly for students who have been historically underrepresented in Oregon’s computing classrooms.”


Innovative solutions start with choosing the right technology.
We believe that the right technology can take any idea to the next level, and we're here to make it happen.
At the heart of every successful software project are the programming languages used to bring it to life. Our team is skilled in a wide range of programming languages, enabling us to tackle projects of any size and complexity.
Backend frameworks provide the structure and tools necessary to build the underlying systems that power websites and applications. Our team is well versed in a variety of backend frameworks to power the most complex applications.
Front-end frameworks provide the tools and components necessary to build visually appealing and interactive user interfaces. Our team is capable of creating stunning, user-friendly experiences using the following frameworks.
Databases are the backbone of many software systems, providing the means to store, manage, and retrieve data efficiently. Our team is experienced in a variety of database technologies, giving us the ability to build scalable and secure systems.
Cross-platform frameworks provide the means to build apps that run on multiple platforms with a single codebase, saving time and effort. Our team specializes in one such framework, React Native, giving us the ability to create high-performing and reliable cross-platform apps.
Artificial Intelligence (AI) is the simulation of human intelligence processes by machines, especially computer systems. Our team is experienced in working with AI technologies, enabling us to build intelligent and automated systems that can improve business processes and enhance the user experience.
Web scraping is the process of extracting data from websites and other online sources. Our team is experienced in building web scrapers, giving us the ability to gather valuable data that can be used to drive business decisions and insights.
DevOps is a set of practices that combines software development and IT operations, aimed at reducing the time between writing code and deploying it to production. Our team is experienced in using a variety of DevOps tools, helping us to optimize software development and deployment processes, improve efficiency, and ensure high quality and reliability
Architecture is the backbone of any software system, determining its scalability, efficiency, and overall performance. Our team can design and build software architectures that can meet the demands of even the most complex projects. Whether you're looking to build a new system from scratch or revamp an existing one, we have the expertise to help you achieve your goals.
Microservices are a software architectural style that structures an application as a collection of small, independent services that work together. Each microservice is designed to perform a specific function and can be developed and deployed independently, allowing for greater flexibility and scalability. The communication between microservices is managed through APIs, enabling them to work together to achieve a common goal. This approach enables faster development and deployment cycles, increased resiliency, and improved scalability, as microservices can be updated and maintained independently without affecting the rest of the system. Overall, microservices offer a modular and flexible approach to software development, making it an attractive choice for many organizations looking to build scalable and efficient applications.
Serverless architecture allows for running applications without managing infrastructure. Platforms like AWS Lambda and Vercel provide a serverless environment for development, deployment and scaling. Developers can focus on writing code, while the cloud provider handles operational aspects. This results in increased efficiency, reduced costs and a focus on delivering value to customers. Serverless architecture offers a flexible and cost-effective solution for building and deploying applications.


Reviews About Effective Ways to Save Electricity this is the latest that you see in this article. Nothing can happen, because it makes the monthly budget overwhelming. We are busy buying money like food, transportation, and so on. And try if there is one thing that can be done significantly, namely electricity bills. How to reply to the electric version of Gulalives:
AC becomes an electronic device that affects the size or not of your household electricity. So, the use of air conditioning is very precise can definitely save electricity. You can handle it by reducing the AC temperature if there are only 1 to 3 people in the room.
Or eliminate the air conditioner with the smallest temperature, because this will make the electricity bill burst. Don’t forget to also turn off the AC if it’s gone. Use a timer so that the air conditioner turns off automatically when the temperature in the room is cool enough.
Wise in using a refrigerator
A refrigerator is an electronic device that lights up for a long time, or you never even turn it off when cleaning it, huh? You can also turn off this electronic device when going to travel, or there is no food and drink in it. In order not to suck up much electricity. Also, avoid setting the lowest temperature in the refrigerator.
Because, the lower the temperature of the refrigerator, the more electricity is needed. Perform regular maintenance, so that the refrigerator temperature is maintained, without backing out the electrical power to make it excess.
Unplug the Unused Cables and Equipment from the Switch
To this day do you still have access to a charger when the current replacement isn’t? This is the same as you are looking for an electric current on a device that is still connected earlier. Even though the equipment on the site is dead. Leaks, electricity will be wasted. So please, unplug the cable and equipment from the switch if you don’t use it.
How Do You Save Your Electricity?
Change LED lights
LED lights have the same bright light as normal wattage lights. Only, the purchase price of LED lights is indeed twice as expensive, ordinary lights. However, in addition to saving electricity watts, LED lights are also more durable and durable, you know. So, it never hurts to pay for the lights at a more expensive price, as an effort to save electricity, and not need to replace the lights in a long duration.
Use as needed
Can you start learning to use all things as needed? For example, do not let the television keep burning just to accompany you to do other activities such as chatting or calling. Because without realizing it, television that keeps burning will make you even bigger. So, start getting used to turning off tools that rely on electric power, when you really don’t use it or want to do other activities.
Do Not Destroy Continuous Rice Heating Tools
Have a magic com or magic jar? After the rice is cooked, the tool will immediately switch to rice warmer mode, huh? This tool will automatically warm the rice. However, who would have thought if this method was a form of waste of electricity?
If you want to save electricity, do turn off the rice heater when not in use. You can import it a few minutes before eating, to re-warm the rice. So, you can still eat rice in a warm state, without doing electricity waste.
Turn off Electronic Devices Before Sleeping
Some people have a habit to keep using hours of sleep, or even consider the cell phone to be charged, while in bed. In fact, this is a form of waste that can increase your monthly electricity bill. So, make it a habit to turn off all electronic devices used is a way to save electricity, including lights.
Turn off the lights at certain hours
The habit of using lights during the day also includes waste. Because, we can produce sunlight as daylight, right? So why still have to be sure of the lights?
If your house does feel dark during the day, you should use a transparent roof. Or even you can take part in the motion of the lights off at 5:00 p.m. to 10:00 p.m. This movement is proven effective in saving electricity usage and your monthly bills!
Choose the Right Washing Machine
Choosing a washing machine with a capacity that is too large, yes. Because of the greater the capacity of the washing machine, the greater the electrical power needed. Adjust the capacity of the washing machine with the number of daily clothes. Also, try to wash clothes that do not exceed the capacity of the washing machine.