Traditionally, the light in your premises is delivered through high-voltage cables – usually installed in the plenum space above your ceilings and beneath your floors – and controlled by a switch.
However, you can run LED lighting via Power Over Ethernet (PoE). PoE is common way of powering network devices such as wi-fi access points, IP phones, and CCTV cameras. Now, lighting can be brought onto that very same network system allowing true convergence.
Switching from high-voltage cables, to a low voltage category cable, has its benefits. It removes the need for an electrician to install and manage any future adds, moves, and changes. This is because working with low voltage has significantly lower risks. So, a cabling engineer could do it all.
In addition, that single cable can be used to power your lights and provide the connectivity for smart building control. This frees up the space you would have otherwise filled with electrical cables. And what’s more, is the first step towards creating an intelligent building.
When lighting becomes intelligent
A high-performance structured cabling solution can play a critical part in operating an intelligent building.
Everything within an intelligent building – lights, communications devices, doors, heating – can be connected through your structured cabling network and powered by ethernet. So, not only does your cabling carry your data, it also carries the electricity supply to power everything in your building, including LED lighting.
Natural daylight might not be available to people within your buildings. But artificial, intelligent lighting – that’s connected to your network – can deliver transformational benefits beyond visibility.
An 80% reduction in cost, compared to traditional lighting.
This includes both energy costs and ongoing maintenance costs.
A more personalised, comfortable environment.
Where light can be dimmed, made brighter and even replicate natural sunlight throughout the day– to make your buildings more conducive to a good days’ work.
Powerful insights into how your building is used.
To predict and anticipate usage and levels – so energy savings are made, and your environmental performance is enhanced.
An intelligent building monitors, predicts, and responds to how occupants use their work spaces to reduce unnecessary lighting usage in targeted zones – all of which can be controlled wirelessly.
From wi-fi to li-fi
On the topic of wireless – Li-Fi is already hot on the heels of Wi-Fi!
Wi-fi – something we’re all familiar with – is a way of transmitting data via radio waves. Over the last 20 years, wi-fi has become the de facto way for people to connect to data networks, whatever their device. But studies have shown that the wi-fi spectrum we use today, is already fully allocated.
Li-fi however, leverages the power of light to give data connectivity. With very predictable coverage, high bandwidth availability, and enhanced security – due to the fact the signal is only accessible inside the light beam – li-fi is a very attractive proposition. Add to this, the fact that you’re only installing a light – not a wireless radio transmitter – and it’s even more appealing. Li-fi potentially offers over 1000x more bandwidth and orders of magnitudes more devices to connect to an access point than the very latest Wi-fi solutions so its essential to plan for the best structured cabling infrastructure to take into account Li-Fi applications over the next 5 year.
Illuminate your future
Lighting is something that can be added to your network – as an application – that’s carried over a single cable. That’s when the lighting in your building switches from smart to intelligent, providing your businesses with great cost savings, energy efficiencies, productivity gains, and environmental benefits.
Connecture are UK-wide experts in designing and delivering, large-scale cable infrastructure projects – as well as state-of-the-art intelligent, connected building technologies.


While Bitcoin prices steadily grow and the cryptocurrency becomes more widely used, the currency’s creator continues to remain a mystery.
Satoshi Nakamoto is the name used for the person or the group of people who are responsible for inventing Bitcoin and developing the blockchain technology that the cryptocurrency relies on.
Nakamoto introduced Bitcoin to the internet in 2008, when he published a paper online that provided readers with an in-depth description of the digital currency. He then launched the first Bitcoin software in early 2009 and mined the first Bitcoins on January 3rd.
He remained involved in the Bitcoin community until his mysterious disappearance from the community in 2010 when he gave the Bitcoin network alert key and source code repository to the software developer Gavin Andresen and provided Bitcoin domains to other well-known community members.
Although several people have claimed to be Nakamoto or have been suspected by the Bitcoin community, there is no solid evidence that identifies any one person to be Nakamoto.
Some of the people who have been suspected to be the creator of Bitcoin include:
Craig Stephen Wright
Wright is a businessman and computer scientist from Australia. In 2015, Wright was accused of being Satoshi Nakamoto by the website Gizmodo and the magazine Wired. Proof of being Nakamoto was offered by Wright, but the proof has since been disputed by members of the Bitcoin community. Wright has since given up on backing his claims.
Dorian Nakamoto is a physicist who had previously worked as a system engineer and computer engineer for secret defense projects and finance companies. He was accused based on his vast knowledge on technology and his libertarian viewpoint. Despite several interviews and evidence suggested by journalists, Nakamoto denies being the creator of Bitcoin.
Nick Szabo is another computer scientist who has been linked to the invention of Bitcoin. Szabo had been interested in cryptography and cryptocurrency far before Bitcoin was invented and even developed his own unused cryptocurrency known as Bit Gold, which is very similar to Bitcoin. Although some people still believe that Szabo is Nakamoto, no evidence exists and Szabo denies the claims.
Finney is a developer who, much like Szabo, was extremely interested in cryptography and cryptocurrency. He was one of the first people to use Bitcoin and make changes on the Bitcoin software. Finney worked closely with Nakamoto and has been accused of actually being the inventor himself. However, doubt still remains even though Finney has denied being Nakamoto.
Although several people have been suspected of being the real Satoshi Nakamoto, the hunt for the Bitcoin inventor continues.


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Positioning technologies, such as GPS are widespread in society but are used only sparingly in behavioural science research, e.g., because processing positioning technology data can be cumbersome. The current work attempts to unlock positioning technology potential for behavioural science studies by developing and testing a research tool to analyse GPS tracks. This tool—psyosphere—is published as open-source software, and aims to extract behaviours from GPSs data that are more germane to behavioural research. Two field experiments were conducted to test application of the research tool. During these experiments, participants played a smuggling game, thereby either smuggling tokens representing illicit material past border guards or not. Results suggested that participants varied widely in variables, such as course and speed variability and distance from team members in response to the presence of border guards. Subsequent analyses showed that some of these GPS-derived behavioural variables could be linked to self-reported mental states, such as fear. Although more work needs to be done, the current study demonstrates that psyosphere may enable researchers to conduct behavioural experiments with positioning technology, outside of a laboratory setting.
Ziepert, B., de Vries, P. W., & Ufkes, E. G. (2021). “Psyosphere”: A GPS Data-Analysing Tool for the Behavioural Sciences. Frontiers in Psychology, 12. doi: 10.3389/fpsyg.2021.538529
Download an open access copy of this paper here.
Papers here are for academic purposes only and are not intended for mass dissemination or copying. Please refer to applicable fair use laws, including the restrictions from publication copyright holders.


Nano Node v11 has been released with Universal Blocks support
Canary release proposal under peer review. Initial release is currently planned with the next Nano Node release (v11)
Universal Blocks live on the Nano Beta Network
Started initial code review on February 28th, 2018
Currently, there are 4 types of blocks in the Nano protocol: send, receive, change and open. Universal Blocks consolidates these types into a single block type.
Once Universal Blocks are implemented, an account’s full state is in one bundle of data, which improves internal bookkeeping. Universal Blocks is a base feature which opens the door to many exciting opportunities.
Makes it more efficient to generate transactions from light and hardware wallets
Drastically reduces the processing requirement to facilitate Hardware Wallets
Allows for more aggressive ledger pruning


Macroscop is an innovation company on the market of IP video surveillance, exporting to 90 countries around the world. Since its founding, the company has focused on the development of the solutions for IP cameras.
Macroscop is an innovation company founded in 2008. Macroscop is a developer of the software and hardware solutions for IP video surveillance systems. Macroscop IP camera software is being used to ensure safety and increase process efficiency in more than 20 industries including the intelligent security systems, retail, manufacturing, and other spheres of human activity.
With Macroscop software you can build scalable and stable video surveillance system as it is:
– Simple to buy, set up and configure: less than 15 minutes for the installation and user-friendly interface
– Easy to connect, integrate with other systems and expand: customers are not limited by number of cameras or hardware brand, the system can be easily scalable
– Convenient to use, manage and get support to modify: with our dedicated support team that you may reach for additional developments for your projects
– Transparent calculations of purchase costs and costs of owning
In many countries of its presence, the company is one of the largest vendors of video surveillance software, as noted by the studies based on the methodology of PricewaterhouseCoopers.


Your thermostat is the primary control for your air conditioning system and is what signals the system to turn on and shut off. Most thermostats will make an audible clicking noise each time they signal your AC system to start and stop. Although rare, there may be times when you will hear your thermostat click but your AC won’t turn on. If you ever find yourself in this situation, here are the possible causes and how they can be fixed.
Faulty or Malfunctioning Thermostat
If you hear your thermostat click and your AC doesn’t immediately turn on, it usually indicates that either the signal from the thermostat isn’t reaching your system for some reason or that there is some issue preventing your blower or outdoor AC system from turning on. If your thermostat clicks repeatedly and your AC doesn’t turn on, it usually indicates that the problem is related to the thermostat itself and could be caused by either an issue with the thermostat relay or the system’s wiring.
When the thermostat detects that your AC needs to turn on, its relay sends an electrical signal to both the blower and the outdoor condenser system. This relay is what makes the clicking noise whenever it activates and signals your AC to run. If the thermostat repeatedly clicks, it indicates that it is continually trying to send the signal but the signal isn’t getting through. The only way to know why this is happening is to have an HVAC technician inspect the thermostat relay and wiring. In some cases, the solution may be as simple as repairing or replacing the wires or tightening an electrical connection. However, if the relay is bad, you will need to have your thermostat replaced.
Malfunctioning Control Board
The HVAC control board is located inside your home and is what receives the signal from the thermostat and then sends the command for both the indoor blower and the outdoor condenser system to turn on and off. As with any other AC component, the control board can fail or start to wear out. When the board starts to wear out, it will often experience electrical glitches that prevent affect its internal relay and cause it to malfunction or timeout.
This relay is how the control board signals everything to start. If the relay malfunctions, neither your blower nor your outdoor system will start. Your thermostat will still click whenever it signals the air conditioning to run, but nothing else will happen. When the relay times out, you will also often hear the control board make a clicking sound a few times as it tries to signal the blower and condenser to turn on.
The only way to know if the problem is related to the control board is to have a technician inspect and test it. There is a chance that the control board has a loose electrical connection or damaged wire. However, if the board itself is faulty or burnt out, you will need to have it replaced. Replacing a control board isn’t all that difficult compared to some other AC repairs, but it is still something that you definitely can’t do on your own.
Broken AC Contactor
The contactor is located in your outdoor AC system and is what receives the signal from the control board and, in turn, signals the condenser system to start running. If the contactor is faulty or worn out, the system won’t ever be able to start. In this case, your thermostat will typically only click once since it has no way of knowing that the outdoor system didn’t start. Depending on how your system is set up and the specific systems you have, your blower motor may or may not still run when a broken contactor prevents the outdoor system from running.
This is a problem you may be able to easily diagnose on your own by listening to the outdoor system when it tries to start as it will also make a clicking sound. If you hear the system click but it doesn’t produce any other noise, it most likely means the contactor is bad. In this case, you will need to have it inspected by a technician and either repaired or replaced.
Worn-Out Start Capacitor
Many AC condenser systems have start capacitors that provide an instant jolt of electricity to help the system turn on. This is important as ACs typically require around three times as much electricity to start as they use once running, and this additional power draw could overload the circuit and trip the circuit breaker. The easiest way to think about the capacitor is like a battery that helps both the AC compressor motor and fan motor to start. Just like a battery, capacitors can slowly lose their ability to store a charge, and this will usually prevent your outdoor systems from turning on.
This is another problem you can check for by listening to the system when it tries to start. A faulty or worn-out capacitor will often cause the system to repeatedly make a clicking noise. You will also hear an audible humming sound, which is caused by the systems motors attempting to start on their own without the additional power from the capacitor. Luckily, having a technician replace a worn-out capacitor is a fairly inexpensive and easy fix compared to many other AC problems.
The AC blower inside your home may also require a start capacitor in order to turn on. In this case, it could have its own capacitor or it may rely on the capacitor in the outdoor system. If your thermostat clicks and your outdoor system turns on but the blower doesn’t, you should shut the system off and then listen to your blower once the system is back on and tries to start. Again, if the blower capacitor is faulty, you will usually hear it click multiple times and also a humming noise coming from the motor.
Clicking noises aren’t the only thing you need to worry about. Buzzing, humming, rattling, grinding, hissing and other unusual noises are also signs that there is some problem with your AC system. If you do ever hear your AC making any strange sounds, we would recommend shutting the system off and then immediately contacting an HVAC technician to inspect it. This is because many of the issues that can cause your system to make these noises have the potential to ruin either the blower motor or the condenser if left unchecked. What may have started out as a small issue could quickly turn into something much bigger that requires expensive repairs or for you to replace one of your systems altogether.
If your air conditioning won’t turn on, is making loud noises or has any other issues, you can trust the team at Hitchcock Heating & Air for help. We repair and service all types and brands of air conditioners, and we can also assist if you’re looking to upgrade or replace your old system. We also offer a full range of heating and indoor air quality services, and we work on both residential and commercial HVAC systems in Rome and the surrounding areas. For more information or to schedule any cooling or heating service, contact Hitchcock Heating & Air today.


What is Machine Learning and its uses?
Machine learning is a widespread sub-zone of Artificial Intelligence. It is ubiquitous in the modern world. Machine Learning has been adopted by many organizations and individuals. It enhances the data power. Machine learning helps to work on computer program development and access data or perform tasks automatically. It uses detection and predictions. Machine Learning helps computer systems to improve continuously.
When users put more data into machines the process enables the algorithms to improve on their results. The rapid advancement of Artificial intelligence helped machine learning immensely. It aids the use of devices like Alexa and other intelligent systems that enhance the life of the users. All this has become possible due to Machine Learning and the advancement of Artificial Intelligence.
Understanding Machine Learning
Machine Learning and Artificial Intelligence are correlated. The applications on Machine learning learn from their experience and data without any need for direct programming. When it is exposed to data, the applications learn change, develop, and grow. Thus, with Machine Learning, systems get perceptive information. They need not be told where to find this information. They work by leveraging the algorithms that they have learned from the data in iterative processes.
The concept of Machine Learning is known for a long time. But the automation ability for the application of mathematical calculations to Big Data has gained momentum over the last few years.
Machine Learning helps to adapt to the new data self-reliantly through iterations. The applications learn from the previous computations or transactions. They use pattern recognition and produce informed and reliable results.
The Idea behind the Concept of Machine Learning
Machine Learning has become a thrilling subset of Artificial Intelligence. It fulfills the learning task from the data with several inputs that are given to machines. It is crucial to grasp what helps Machine Learning to work and how can we use it in the future as well.
The process of Machine Learning starts with the input of training data into a selected algorithm. The training data can be known or unknown and it helps to develop the final algorithm of Machine Learning. The training data type that is input impacts this algorithm.
If the prediction does not go as expected then this algorithm is re-trained. This retraining occurs many times until we get the desired output. This process enables the Machine Learning algorithm to learn on its own. It produces the best optimal answer which increases in accuracy over time.
Significance of Machine Learning
To understand the applications of Machine Learning in a better way, let us consider some instances. These are the cases where Machine Learning is applied.
- the self-driving car,
- Facebook’s online recommendation
- Recommendations in Netflix and Amazon as well as in case of cyber fraud detection.
Machines are an enabler for all these things. It filters useful pieces of data. It then brings them together by using the patterns which give accurate results.
The evolution of Machine Learning has resulted in a subsequent rise in use cases, the importance, and demand of Machine Learning. Big Data is another buzzword that’s been used a lot in the last few years. This is due to the hike in the sophistication of Machine Learning. This enables analysis of a huge amount of Big Data. Machine Learning is also changing the way that data extraction or interpretation is done using automating algorithms or generic methods. It has thus replaced the traditional statistical techniques.
Applications of Machine Learning
The most common applications of Machine Learning include-
- web search results
- email spam filtering
- real-time advertisements
- network intrusion detection
- image identification
These are the application of Machine Learning to analyze a huge amount of data.
Traditionally data analysis was based on the trial-and-error method. It was an approach that was impossible when there were large or heterogeneous data sets. Machine Learning has provided a smart alternative to the process of analyzing huge data volumes. The efficient and fast algorithms that have been developed recently and the data-driven models used for real-time data processing have helped Machine Learning. It can now produce precise results for analysis.


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We are at the beginning of a tidal wave of innovation.” — Gary Shapiro, President-CEO, Consumer Technology Association
Each January, the best minds in technology get together for the Consumer Electronics Show. The CES is an internationally renowned electronics and technology trade show that attracts major companies and industry professionals worldwide. This show unveils the innovation behind new technology and gives us a peek at what we can expect from the industry in the year to come.
Join us for this free webinar as we recap the 2016 Consumer Electronics Show and discuss key takeaways from this significant event.
Date: Tuesday, February 9th
Time: 1:05PM-1:25PM, Eastern Time (1:05 ET / 12:05 CT / 11:05 MT / 10:05 PT)
Agenda: Presentation (15 min), Q&A (5 min)
Join us live for a discussion where we’ll recap the 2016 Consumer Electronics Show and discuss how new technology can affect your organization. Key discussion points include:
- The best new products from the CES
- The future of technology and marketing
- The importance of the consumer
Who should attend: consultants, business development, department managers, executives, call hosts, call participants, IT Managers and Directors, Telecom Managers and Analysts, Administrative staff, Office Managers, Event Planners
There is no cost to attend this webinar.
Hope to see you on the webinar!


Announced earlier on Today - the new PSP2 codenamed NGP. Kotaku has all the nitty gritty that you need - this post has the photos and everything else is tagged NGP.
The specs from Kotaku.
* CPU: ARM® Cortex™-A9 core (4 core)
* GPU: SGX543MP4+
* External Dimensions: Approx. 182.0 x 18.6 x 83.5mm (width x height x depth) (tentative, excludes largest projection)
* Rear touch pad: Multi touch pad (capacitive type)
* Cameras: Front camera, Rear camera
* Sound: Built-in stereo speakers, Built-in microphone
* Sensors: Six-axis motion sensing system (three-axis gyroscope, three-axis accelerometer), Three-axis electronic compass
* Location: Built-in GPS, Wi-Fi location service support
* Keys / Switches: PS button, Power button, Directional buttons (Up/Down/Right/Left), Action buttons (Triangle, Circle, Cross, Square), Shoulder buttons (Right/Left), Right stick, Left stick, START button, SELECT button, Volume buttons
* Wireless communications: Mobile network connectivity (3G), IEEE 802.11b/g/n (n = 1x1)(Wi-Fi) (Infrastructure mode/Ad-hoc mode), Bluetooth® 2.1+EDR （A2DP/AVRCP/HSP）
And some footage from the press conference below.
I just got my PSP and think its a fab machine. A few things happened that prompted me to get one - The 3rd Birthday, Monster Hunter 3 and also because my clients are releasing PSP games so part of my job now requires me to game more often ^^;
Looking forward to the NGP but may wait until the second generation? Many of the Sony first generation machines seem to come with "extras" ^^;


Located in the municipality of Carros (Alpes-Maritimes), the aim of Nice Grid is to test a smart solar energy district that will use innovative technologies such as Linky meters and the islanded mode technique.
From consumer to
Consumers can play a key role in the electrical systems of tomorrow in various ways:
- by reorganising energy consumption to periods where energy is abundant
- by storing energy when it is produced in order to consume it later (where the consumer is producing their own energy through renewable means, for example)
- by reducing their electrical consumption during periods of extreme cold, to allow for a moderation of peak demand (using load shedding techniques or even by operating inverters, for example)


- Van Warren
|There is a new era of computing
taking shape, that holds the potential to greatly revolutionize
the way some problems are solved. Quantum computing: It is in the pre-vacuum
tube, pre-Eniac, pre-Illiac phase right
The question is, just how to go about it? There are lots of approaches,
but most are exotic and difficult.
How about porphyrin rings? They work well for heme where they hold an iron in nature's ultimate quest for high baggage rates. Hemoglobin, a huge tetrameric protein is made of four subunits, themselves large, each which hold a heme ring, which holds an iron, which provides a single unit of charge to be delivered for cellular respiration. Like putting a penny on a tractor trailer for a coast to coast trip. Plants use porphyrin rings as solar collectors, where a magnesium provides a similar, but more stationary role. These rings can hold zinc, copper, and a variety of metal ions. But forget that for a minute...
Today's strange idea is to take a 96 well biochemistry array and fill each well with its own drop of quantum fluid. When illuminated the quantum fluid in the well would undergo a superimposable and reversible (like a CD-RW) state change. Superimposable means that the state changes accumulate without interfering with the previous state change. Each well would be the target of a set of lasers, in read/write pairs. The wells, which would correspond to qubits, would be illuminated for reads and writes by a small mirror vibrating at high frequency (like the TI DLP micro mirror arrays used in digital projectors for example). The DLP mirrors would be controlled by a conventional digital signal processor (DSP) for setting up the problem. Quantum computers hold great promise for combinatorial problems of economic consequence that are currently considered incomputable, like Traveling Salesman Problem, or factoring a 1000 digit number. The latter would take longer than the estimated age of the universe. Very useful for code breaking those bad secret agent messages before its too late, and also for bringing security as we know it to a standstill. But hey, with progress comes problems.
The description above is fast and loose, but it does suggest some interesting questions. What fluid can absorb a state change in a reversible way? How many bits of change could be reversibly absorbed by a given fluid. If the fluid consisted of vibrating strings in suspension, how many modes of vibration could be supported reversibly? Would refresh be necessary? Dyes like to preferentially absorb laser light. Could a transformed dye be pumped to another well to continue the computation?
Vibrating strings in suspension is exactly what molecular bonds are. Would this require low temperature, so low that the vibrational modes are not deconstructed by heat and collision? Could long polymers of DNA, or similar plastics, be used that can be clipped to exact length using restriction enzymes? Can you sustain a mode of vibration on a polymer string? How about multiple modes with multiple notes? How long will a given polymer ring a given note? Can you anchor one or both ends of a polymer string using the famous biotin strepavidin bond? What about using quantum dots which are used to label DNA. Suspend the dot using double strands of DNA . Or we could borrow the hemoglobin/chlorophyll trick where a porphyrin ring holds the jewel of an iron or magnesium or copper or zinc to get its electrons rung once in a while. Whatever we do, we must preserve the coherence principle that allows the accumulation of multiple states.
Would qubit computation take place more reliably in the solid state? Materials that can absorb photons or emit photons corresponding to an electronic or nuclear spin change are candidates. Flipping protons takes place at RF frequencies. In the optical realm each well would represents a hologramic bucket of data, as accumulated states. If you break off once piece of a hologram, you are still left with the whole picture, with the loss being in signal to noise. What does SNR mean in that case?
Is the well half empty or half full?
In a proper thinking process, and a quantum computer, it is in both
states, simultaneously. I wonder if cells use that. I think they
I wonder if cells use that. I think they do.
Keywords: quantum computing, holography, light emitting compounds, solid state lasers, DSP controlled lasers.
http://www.acm.org/technews/current/homepage.html: Volume 5, Issue 528:
Bridging the gap between quantum and desktop computers is the goal
of University College London materials scientist Marshall Stoneham,
who has received 3.7 million pounds to flesh out a quantum device that
calculates efficiently, functions at higher temperatures than competing
machines, and can be assembled with existing equipment. Current
quantum computers can store and manipulate quantum bits (qubits) either
by exploiting an ion's energy state or using the spins of atomic nuclei
to represent 0 or 1: However, a quantum computer based on the ion manipulation
approach is extremely large, while an nuclear-spin-based device requires
magnets cooled by liquid helium, and cannot handle qubit increases
past a certain point because the noise from neighboring molecules can
mask the result signal. A design for a silicon-based
quantum computer was proposed in 1998 by Australian researcher Bruce
Kane, who theorized that phosphorus-impregnated silicon could yield
a device that stores qubits in the spins of the embedded atoms' nuclei;
the spins themselves would be flipped by radio signals, while the interaction
between neighboring atoms would be reconciled by an electrode, enabling
linked qubits to perform operations. Such a design could supposedly
contain thousands of qubits that would be manipulated by existing electronics. Kane's proposal
inspired several attempts to build a silicon-based quantum computer,
including an Australian effort that has yielded top-down and bottom-up
construction strategies and has modified the
original concept to manipulate electron spins rather than nuclear spins.


Iphone 7 battery connector pinout
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Hello, I have a similar issue with my mid 2009 MacBook Pro. My battery one day just stopped after it has died. Wouldn't turn on for about 2 days then I was searching on the forums and found that I can take the bottom off with the battery installed> plug the power cable in> take the battery out> and boot. But I have another issue.
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there are 2 gold coloured circles behind 2 and 3, you can just bridge between the battery connector and the gold coloured pads, it will do the same as using jumper cables to the board. if you look very closely there is a track on the board from the original pad and the gold coloured pads
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Usually Pinout Diagrams shown the connection of different points in a circuit. By pinout diagram you can easily understand the conn... Here is a full tested and verified diagram for Nokia X2-02 Battery Connector Jumper Ways Solution. When you face problem with your battery connectors and cell...
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Jun 01, 2014 · What better accessory to accompany the new and improved iphone than a set of new and improved headphones. Obronics 100 original apple iphone 5 ear buds wired earphones with mic. So if you are running an output from a pc or other amplified device into the iphone mic input you will need to put a 16kohm resistor in series for it to.
The side of the connector on the right (closest to the drivers side of the jeep) feeds the head lights, marker lights, horn, washer fluid pump. The left side takes the power from the battery and sends it to the PDC under the dash (if thats where the 94 fuse block is). Thats where my 89 is. Note that the odd pin numbers (1, 3, 5 and 7) are always the white with a stripe of color. The wires connect to RJ-45 eight-pin connectors as shown below: Here we break out the color codes for T568B: Pin 1: white/orange (pair 2) TxData+. Pin 2: orange (pair 2) TxData-. Pin 3: white/green (pair 3) RecvData+.
Dec 27, 2016 · There's a C-to-C and a C-to-A cable in the bundle as well as a C-to-A adapter for plugging in peripherals. The Pixel XL complies to the USB 3.0 standard. ... Apple iPhone 7 3.964; Huawei P9 Plus 3 ... Information about cable, connector or adapter : LENOVO notebook common battery pinout. Description : 1 ground 2 P-SFT 3 SDA 4 STL 5 P+ T40 pinout LENOVO T and X series battery principles.Product Title 3 in 1 USB OTG Cable Adapter,3 in 1 Micro USB HUB Ad ... Average rating: 3.5 out of 5 stars, based on 4 reviews 4 ratings Current Price $7.57 $ 7 . 57
Find cables, charging docks and battery cases for Apple devices. Charge and sync up Mac, iPhone, iPod, iPad and Watch. Buy online and get free shipping. Apr 03, 2017 · Battery connectors in these phones are soldered on to the motherboard and some times get damaged if the mobile phone is mishandled. If a leg or two of the connector is broken just replace the whole battery connector with a new one. If the prints of the Iphone 5 battery connector are broken then you need to make the jumpers to the connecting ... Jul 18, 2009 · My iPhone 3GS is not charging and will not turn on. My iPhone has a symbol on the screen to indicate a low battery, but when I plug it in to the power to charge it does not chrage the battery. My wife has a iPhone 3GS as well and the same power cable DOES charge her iPhone, so the power cable is ok.
Mar 19, 2017 · That means you can buy a special USB cable that simply doesn’t have pinout connections for pins 3 and 2. ... power-only iPhone charging cable for about $7. ... a rechargeable battery with a USB ...
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Pepper SDK for Android¶
Take control over the Pepper robot from its Android tablet!
Make the robot move, talk and interact with people in a simple way, using a straightforward API, directly from your Android activity.
The Pepper SDK is an Android Studio plug-in and provides a set of graphical tools and a Java library, the Qi SDK.
Android Studio Integration¶
The Pepper SDK targets Android developers.
It embeds the following tools in Android Studio:
Chat Topic Editor, to edit robot conversations.
Not only these tools helps you develop applications taking control of the robot, but also allows you to animate and script conversations, while letting you bundle, debug and install your application like any other Android application for your robot or the embedded emulator.
API for Robotics¶
The Pepper SDK provides a robot-oriented API to easily build interactive applications.
All the hardware and software features of the robot are accessible using a high-level approach.
This API can be used in your Android Java applications.
The Pepper SDK allows you to easily animate the robot during in applications.
Many animations are readily available and can be used as is to convey a lot of different emotions.
An Animation Editor is also provided to fine tune your own sequences joint per joint.
The Pepper SDK helps you script natural conversations with your robot, to design multimodal and multilingual human-robot interactions.
Prepare a basic knowledge database to increase the conversational skills in your applications.
The Pepper SDK includes a robot emulator so that you can develop on your desktop machine.


Ashok Veeraraghavan, an accomplished Indian-American computer engineer and professor at the George R. Brown School of Engineering at Rice University, has received the prestigious Edith and Peter O'Donnell Award in engineering from the Texas Academy of Medicine, Engineering, Science and Technology (TAMEST). This accolade is considered one of the highest academic honors in Texas.
Veeraraghavan was specifically recognized for his innovative work in computational imaging, focusing on revolutionary imaging technology aimed at making the invisible visible. His research, conducted at the computational imaging lab at Rice University, encompasses a holistic approach to imaging processes. It involves the integration of optics, sensor design, and machine learning processing algorithms, which collectively tackle imaging challenges that often go beyond the capabilities of existing technologies.
The award, presented annually by TAMEST, acknowledges researchers engaged in groundbreaking work in various fields, including medicine, engineering, biological sciences, physical sciences, and technology innovation. Veeraraghavan's recognition in the engineering category highlights the impact of his group's advancements in imaging technology.
Born in Chennai, India, Veeraraghavan expressed his delight at receiving the award, attributing it to the collaborative and innovative research efforts of students, postdocs, and research scientists in his lab over the last decade.
One distinctive aspect of Veeraraghavan's work is the co-design approach, which considers optics, sensor design, and machine learning together, providing new degrees of freedom and enabling the achievement of imaging functionalities not possible with separate designs. This approach has proven instrumental in addressing challenges posed by scattering media in imaging scenarios.
Veeraraghavan's research aims to find solutions for scenarios where the visualization target is obscured by the scattering of light in participating media. This includes challenges in imaging through fog, clouds, or biological tissues, where traditional imaging systems face limitations due to light interaction and scattering.
Luay Nakhleh, the William and Stephanie Sick Dean of Engineering at Rice University, congratulated Veeraraghavan, emphasizing his well-deserved recognition. This achievement is particularly notable for the university, marking the second consecutive year that one of its faculty members has received the O'Donnell Award.
Ramamoorthy Ramesh, Rice University's executive vice president for research, commended Veeraraghavan's impactful research, highlighting its broad applications in fields such as human health, microscopy, national security, autonomous vehicles, and photography. The Edith and Peter O'Donnell Award thus underscores Veeraraghavan's significant contributions to advancing knowledge and technology in the realm of imaging.
#breakingnews #worldnews #headlines #topstories #globalUpdate #dxbnewsnetwork #dxbnews #dxbdnn #dxbnewsnetworkdnn #AshokVeeraraghavan #OdonnellAward #ComputationalImaging #TexasEngineering #InnovationInTechnology #ImagingTechnology #TAMEST #RiceUniversity #EngineeringExcellence #ScatteringMedia #OpticsResearch #MachineLearning #AcademicAchievement #RevolutionaryResearch #TexasHonors #STEMExcellence
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Denk aan uw gezondheid – gebruik uw mobiele telefoon met mate, bel met een oortje
en kies voor een toestel met een lagere SAT-waarde (SAR-waarde)†
- A: SAT < 0,4 W/kg,
- B: 0,4 ≤ SAT < 0,8 W/kg,
- C: 0,8 ≤ SAT < 1,2 W/kg,
- D: 1,2 ≤ SAT < 1,6 W/kg,
- E: 1,6 ≤ SAT ≤ 2 W/kg.
record the world in raw
get ready to experience the wonder of raw. the zenmuse x5r is the world's first micro four thirds aerial camera capable of recording lossless 4k videos in raw. with a framerate of up to 30fps and 1.7gbps average bitrate (2.4gbps maximum bitrate), the x5r empowers you to capture breathtaking professional-level footage every time. packed with a powerful mft sensor, the camera also takes 16mp images with stunning details, while the integrated 3-axis stabilization gimbal keeps the camera level. finally, an aerial camera that's truly fit forthe professionals. increased dynamic range
with 12.8 stops of dynamic range, shadows and highlights in everything you capture is brought out in perfect clarity. reduced compression for amazing details
the zenmuse x5r gives you lossless 4k raw video and crystal clear 16 megapixel photos. no other dedicated aerial camera can capture the same level ofdetail in every frame and every shot, even at distances that defy the imagination. revolutionary sensor
built inside the zenmuse x5r is a powerful micro four thirds sensor that's absolutely revolutionary for an aerial camera. with a sensor eight times the size of that in the previous x3 camera included with the inspire 1, this new mft sensor enables high quality, high sensitivity image recording at an iso range of 100-25600. with a sophisticated balance of high-resolving power, accurate gradation, and low noise, you are realizing your artistic and creative vision as never before. built for the sky
to create the first fully integrated, professional aerial imaging system, the zenmuse x5r was engineered and designed from the very beginning to be perfectly compatible with the inspire 1, dji's most advanced quadcopter. with 360 degree camera movement and dual controller support, the inspire 1 is the favorite ready-to-fly aerial platform for enthusiasts and professionals worldwide. now, with a simple installation procedure, you can upgrade the camera on your inspire 1 to the zenmuse x5r, vastly increasing its imaging capabilities while retaining its ease of use and reliability. complete control
with the zenmuse x5r, you have an unprecedented level of control right at your fingertips. in the intuitive auto-focus mode, you can tell the camera to focus on a specific area by simply tapping on the screen of your mobile device, as easy as using the camera on a smartphone. manual/auto focus, shutter, white balance and aperture control are also available, giving you unlimited freedom to create any kind of shot you want. with the zenmuse x5r, you are in complete control. raw power
with the zenmuse x5r, dji has brought the power of raw to a dedicated aerial camera for the first time. capable of recording 4k (3840 x 2160) videos in raw at up to 30fps, the zenmuse x5r gives you the ability to capture every video with all of its original data intact, giving you complete control to edit every single frame in post as a raw file. coupled with a maximum bitrate of an astonishing 2.4gbps, the 4k videos recorded by the zenmuse x5r will amaze you with a level of detail and clarity that's absolutely unmatched by any other aerial camera.


The combination of SSD and "bad sectors" will seem unbelievable to many people: It doesn't happen! In fact, SSD controllers are typically configured so that the user never sees "bad sectors" - the controller promptly removes these errors at the expense of "spare" blocks of flash memory. Theoretically, they can occur when the spare space runs out, but in practice this is very rare. Sometimes, when SSD disks "die", they simply stop being recognized by the computer (as if they were never connected in the first place).
This true story happened on a home server. The system disk was an old SSD Samsung 470 model, only 64GB. Released more than 10 years ago! It worked successfully, great performance and a lot of space was not required there, the activity of disk use is small.
But then one day the Windows Update installation started failing - the next update was installed, the system rebooted, and then an installation error was reported. And so on, almost endlessly. Then other programs sometimes started to behave strangely. It became clear that "something was wrong".
After conducting a few tests, we found that while SMART was functioning properly, reading the SSD surface was causing errors in multiple locations. This was unexpected, as SSD controllers are typically programmed to automatically resolve these errors by utilizing extra space in flash memory. The user should never see this happen.
We had already decided to throw out the SSD and replace it with another one, but then I got an idea - what if we just try to overwrite the entire surface of the disk? This could force the controller to reinitialize the flash memory arrays and potentially correct the error. We create a disk backup (a separate story, by the way, as we searched for image-based backup, which would ignore the erroneous sectors, I will say briefly - I recommend AOMEI Backuper, although there is such an option in many others, but it really worked out only with this one), booted from a flash drive and performed a disk surface write test, erasing all contents with new data.
In the end, everything worked out! The writing test passed without errors, and data recovery from the backup was successful. This SSD has been functioning flawlessly in the home server for several months. Regular surface tests, such as SMART Long Selftest and other programs, confirm its perfect performance.
I had to boot from a flash drive because it was the system disk. Although I could have plugged it into another computer, I did not want to go through the hassle of unscrewing a bunch of screws and taking out the disk.


This equipment minimizes the moisture content in the anode and cathode electrodes by forming a vacuumed state and raising temperature inside the chamber.
- Temperature inside the chamber is adjustable (0 – 150oC)
- Vacuum range : 760 – 1 Torr
- Chamber dimension : 600 x 650 x 900
- Dimension : 1,00mm W x 1,000mm D x 1,800mm H
- Weight : Approximately 400kg
- Power Consumption : 220V, 1Phase, 14Kw


The C-IKNOW VIVO Recommender is the SONIC laboratory’s recommender system for collaborations in scientific research. The C-IKNOW VIVO Recommender embraces the Multi-Theoretical, Multi-Level (MTML) framework of social drivers to model the motivations of the seeker of a recommendation. The C-IKNOW VIVO Recommender integrates social network analysis to making recommendations. The C-IKNOW VIVO [...]
The C-IKNOW Semantic Recommender is the SONIC laboratory’s next-generation expert recommender system, based on semantic web-related techologies.
C-IKNOW Visualizer provides an interactive, easy to use and more functional visualization tool. It can dynamically generate any sub-network without data preparation, easy for users to get different network and different layout by clicking a single button. It can further direct user get additional node/link information. The Visualizer can also Import/export networks from multiple data formats such as DL, graphML, c-iknow as well as save a network for future reuse.
Links to other software.


One of the great joys of camping is experiencing the outdoors – fresh air, beautiful scenery, peace and quiet. But there are advantages to modern civilization, too, and not all of them have to be left behind. Cooking, lighting and powering cell phones, GPS units and other devices all require some kind of power.
Most power sources are gas or electric, though liquid fuels like ‘Coleman fuel’ or white gas, kerosene and unleaded gasoline are used as well. If you drive an RV to the campsite, you may be able to power a number of things off the RV, either by connecting to large batteries, or using it as a generator. But most sources will require a self-contained source.
In times past, kerosene was a popular choice for both cooking and lighting. But the unpleasant smell made it less than ideal. Today, most lighting is electric. Coleman-style lamps are everywhere, even though Coleman is far from the only manufacturer. Being copied is the price of producing a successful design.
Solar powered lighting is becoming more common. Most campsites, at least during non-winter months, have ample sunshine anywhere outside heavily tree-shaded areas. Photo-voltaic cells are used to absorb all that free energy, storing it up for later use. They convert that radiant energy into electrical power, typically storing it in rechargeable batteries.
The efficiency of contemporary solar cells is so high that lamps can now be used for up to 12 hours, and some have mechanisms for powering other devices as well. One type, the Everlite (http://www.newlite.com), can supply power to recharge cell phones, Blackberries, iPods, GPS units and other devices.
One way solar powered lamps accomplish that amazing task is by using bulbs that use electricity very efficiently – such as LEDs. The older generation will remember LED clocks and watches from the 1970s. Those clocks had red numbers, made from a series of dots or lines composed of Light Emitting Diodes.
Back then, they required substantial power, but they’ve been vastly improved. LEDs (no longer just red) can now produce very bright, natural spectrum light with a minimum of power. LED bulbs used in the home (not solar powered), for example, can last 10 years or more, while consuming much less electricity to illuminate them.
One of the drawbacks of traditional electric Coleman lamps is the need for heavy batteries – either the large, rectangular (and massive) 6 volt type or several D-sized. With modern fluorescent or LED-type lamps that’s no longer necessary. The power requirements are much lower.
An alternative to electrical lamps is the still-popular propane or kerosene. Either can be used as a means of producing light, and they are cost-effective and produce adequate light. But refilling propane devices is less convenient and kerosene still has that unpleasant smell. For those who prefer them, however, they are available and usually at lower cost than solar powered or LED lamps.
Whichever method you prefer, always pack at least two lighting sources – a Coleman-style table lamp with a handle that can be hung on a branch or set down and a flashlight. You’ll use both frequently.


If you can’t connect to Netgear WiFi routers are famous for fast and reliable internet services in a lot of home worldwide. It can be connected to any brand modem or extender. You must connect your modem to router physically with the help of the Ethernet cable.
You have to insert the cable into the router’s WAN and modem’s LAN port to establish the connection. But, there are issues that can trouble you after the router setup like router interface can’t be accessible, or phone can’t connect to Netgear router.
You can easily solve it by following and applying some of the troubleshooting tips that you will learn later in this article. But, first you have to find reasons behind this can’t connect to Netgear WiFi router that are listed below in a section.
Reasons: Why Phone Can’t Connect to Netgear WiFi Router
There are several reasons why your internet device can’t able to link with the Netgear WiFi router. Down here we have listed up causing factors that can be happen to your router.
- Interruptions to the WiFi signals that are coming from the router can be caused by the electronic devices. So these networking interruptions can cause this mentioned issue.
- Trying to connect your phone to the Netgear WiFi router far away from the router can be a reason of the problem.
- Outdated firmware version of the WiFi router can also cause this same issue of failed connection.
- Wrong SSID username and password to make the connection between the router and phone can be a reason why phone can’t connect to Netgear router.
So, here are the possible reasons of phone to router connection failed problem. Now, let’s see how you can solve the issue and get success to solve the can’t connect to Netgear WiFi router issue.
Solutions: Phone Can’t Connect to Netgear WiFi Router
Here in this full of fixes section, you will learn how to solve the mentioned problem with the help of simple to follow troubleshooting tips.
Shift Router to Optimal Location
Electronic devices cause interruptions into the WiFi signals of the Netgear WiFi router. If you want to dispel these interruptions, then just simple check if there is any electronic device is near to the router. if you find one, then shift the router or electronic device and place the router on an optimal location.
Come Close And Try to Connect
Routers have limited reach of the WiFi signal range. So, if you are using your phone far from the router’s reach, then just come closer to the router and try to connect to the router. You can also dispel the limited reach of the router problem by connected range extender; it is a device that extends your router’s signals.
Update Firmware of Router
You should make sure that your router’s firmware is updated or not from the interface. You just have to login into the interface of the router through your computer via routerlogin.net. Then, go to the SETTINSGS >FIRMWARE > then click on the Update button to complete the task.
Use Correct SSID Details
The SSID details like username and password are given on the label and user manual of the router. Use the correct one. You can also change the SSID username and password of the router.
You can also reboot the router if tips didn’t work and also reset the system if rebooting the router won’t work as well. But, you have to restart the router setup again after the reset. We will share how to setup Netgear router information at other times.
Let’s end this informative article with some positive lines and words. Here in this article, you have learned possible reasons why your phone can’t connect to Netgear WiFi router. We have also shared solutions to fix this mentioned problem with the help of the troubleshooting tips. Hoping you have read the article and fixed the connecting problem successfully.


Chinese OEM Xiaomi today announced two new mid-range devices for the Indian market. The Redmi Note 5 is essentially a rebranded Redmi 5 Plus, launched at the end of last year, and the Pro variant has the same 5.99″ display but adds a dual camera module, a slightly more powerful processor, and a 6GB RAM option. Let’s take a look at what each phone has to offer.
Redmi Note 5
Those internals aren’t bad for a mid-range device, especially given the low price. The 3GB/32GB variant starts at INR9,999 while the 4GB/64GB option costs INR11,999. You’ll also get an 18:9 FHD+ screen with rounded corners and generally decent looks, so this could be another great value device from Xiaomi.
A huge battery is another plus for the Redmi Note 5, and it’s good to see the headphone jack still there. There are a few downsides, however, such as Micro USB for charging and the phone will launch with Nougat out of the box. By this point, you would expect Oreo for a new device, even in the mid-range tier.
The Redmi Note 5 will come in 4 different colorways: Black, Gold, Blue and Rose Gold. It will be available from 12 pm on the 2nd of February, exclusively in India.
Redmi Note 5 Pro
The Redmi Note 5 Pro is visually almost identical to its sibling, except for the dual camera module on the rear. It’s the first smartphone to use Qualcomm’s latest mid-range chip, the Snapdragon 636, and other improvements over the standard Note 5 include Bluetooth 5.o and a 20MP front-facing cameras for those all-important selfies.
It has the same large battery, but unfortunately, it also sticks with MicroUSB for charging. The spec bump means a slight price increase, too. The Note 5 Pro starts at INR13,999 for the 4/64GB model and tops out at INR16,999 for the 6/64GB variant. That’s still pretty good value by all accounts.
The same four colors are on offer for the Pro: Black, Gold, Blue and Rose gold. It’s also available starting Feb 22nd, and you’ll be able to buy it directly on the Xiaomi India site.


The introduction of modern technology has made life easier by upgrading the standard of living. Even more than the 20th century, this new millennium has brought humanity more gadgets and tools for its improvements. Various parts of the world’s money-making industry have had their share of technological enhancement. Today, with the help of True Blue casino no deposit bonus, one can earn as much as a casino in Las Vegas. Some tech innovations are more useful than others. Some are especially life-changing. This post will reveal the top eight technologies that make human lives easier – in no particular order.
The introduction of wireless connectivity sparked several changes in lives and several working industries. The current Internet and smartphones widely used today wouldn’t have curated the amount of fuss it had if not for wireless connection. Before 1997, to “surf” the Internet, a network cable-like extension cord was prevalent. But, Wi-Fi (or wireless connectivity) change this practice, allowing Internet surfing to be possible without cables attached.
Over the years, the 1997 wireless connection invention grew from being just a router and dongle for laptops. Its information transfer became much faster and not long after finding its way into computers, cars, and mobile devices. The importance of wireless connection cannot get downplayed because it is almost part of every individual’s personal and professional lives.
For most 21st-century technology users, the heart of their smart devices is the present voice assistant. Using voice assistants like Siri, Alexa, and Google’s Assistant has made life easier for many people. And it allows them to have a “personal assistant” that can primarily do anything on the gadget it functions in. Statistically, a 2019 study showed that over 3.25 billion voice assistants get used on several devices globally.
And a further study revealed that by 2023, the total number of voice assistants in gadgets would have doubled. On some devices, these voice assistants help to tell you the weather conditions, play music, read news, and stream various services.
This technology is easily one of the biggest as of now, racking up daily numbers with headlines. It is typically digital money with no specific owner claiming rights to it. Cryptocurrency is a new way of performing day-to-day transactions for purchasable things. Unlike the traditional currency, cryptocurrency is beginning to hold more grounds, becoming a safer means of transaction.
One of the most significant cryptocurrency coins making the loudest noise is Bitcoin. And this coin gets considered the most used cryptocurrency for business transactions. In 2017, it passed the $1,000 threshold mark for the first time, and by the end of that year, it surged above $19,000. This decentralised currency technology will remain a significant beacon of the 21st-century’s easy and safer transaction method.
Facial recognition is a fast-growing field of technology that is playing a massive role in daily lives. Take facial recognition as a type of biometric authentication tool using the features of the face for identity verification. This technology has proven beneficial in many devices as a way of unlocking or sorting through digital albums. Primarily, most people find facial recognition useful in opening their phones like the Apple’s iPhone.
However, the central usefulness of the facial recognition tool has linkage to the database containing millions of driver’s licenses and mugshots for identifying suspected criminals. Another area of ease it created was to make shopping quicker by using your face to curate recommendations. Now you do not need to use any cash or cards to pay for your purchases as this technology will recognise your face and charge your credit card. One of the most important things about facial recognition is that it helps to find missing people, especially children. With the help of nowadays technologies it is possible to predict how the child will look like in some years from today. A study revealed that by 2024, the facial recognition industry would surge to about $7 billion.
The 4G (or fourth generation) technology is improved internet speed connectivity. Unlike the previous network speed technologies, the 4G LTE brings a much higher bandwidth or data transfer speed. It also offers a lower latency (or faster response time from network providers) and enhanced spectrum efficiency. This innovative idea has made a stance, benefiting several businesses in different ways.
With the 4G technology, business owners experience improvements in sales, effectiveness, and management of their websites. Statistically, a survey showed that some organisations in the U.S. experienced increased productivity by 67% due to the 4G technology.
If you ever want to know one of the yearly mainstream modern technologically used gadgets, it is 3D printing. The 3D printers work as a process of synthesizing three-dimensional objects. As observed in several TV shows and movies, these 3D printers create things that have been beneficial in various world industry areas. 3D printing has become helpful as a way of designing prototypes of just about anything. Additionally, allowing manufacturers to build plastic alternatives of metal products that are lighter and more convenient for use. 3D printing is greatly used in medicine as it helps to save people’s lives due to printing organs such as hearts, kidneys and livers and the whole body parts. Some expert users of the 3D printing technology refer to it as the fourth industrial revolution.
Several large and small companies have begun incorporating virtual reality into their workspace for different reasons. Virtual reality is a form of the generated computer world that humans get transported into for various reasons. Although it started as a mere science fiction movie creativity, virtual reality is currently an industry worth over $18 billion. Furthermore, the video game industry might be among the leading users of this technology; however, it has proven most effective in other areas. Currently, in the health sector, virtual reality is used to train doctors and surgeons to perform safer surgeries and operations on patients.
The wish and promise for autonomous vehicles have finally come to existence since its actualisation in the 21st-century. The idea of non-human drivers has always gotten proposed to be a safer means of transportation, especially on long trips. Although there is yet to be any complete self-driving vehicle, the current inventions have proven to be a safe means of movement. For instance, the Tesla vehicle has proven to be safe by preventing several accidents that should have occurred with its all-around sensors.
The introduction of technology is to serve one central purpose of making life easier. Undoubtedly, since the various inventions came to play, they have all served the same unified goal of reducing human efforts minimally. And the best part about these technologies is that they focus on several industries that different people prioritise in their lives. Even if you want to win some real money online casino in Australia, you may fully enjoy online technologies without leaving your home. No doubt, you can go without some of these technologies. Still, it’s very unlikely for you to function effectively without access to more general tools like Wi-Fi and artificial intelligence.


This author has yet to write their bio.Meanwhile lets just say that we are proud admin contributed a whooping 6 entries.
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Convolutional neural networks (CNNs) are extensively used in cardiac image analysis. However, heart localization has
Segmentation of the Left ventricle (LV) is a crucial step for quantitative measurements such as area, volume, and ejection fraction.
Right ventricle segmentation is a challenging task in cardiac image analysis due to its complex anatomy and huge shape variations.
Background: Left ventricle segmentation plays an essential role in computation of cardiac functional parameters such as ventricular end diastolic and


A full-featured Android mobile phone, the unlocked, 3G-enabled Sony Ericsson Xperia PLAY is also the world's first PlayStation certified smartphone--providing the ultimate mobile gaming experience. Get your game on with the high-res 4-inch multi-touch screen and slide-out game pad, which reveals a directional keypad, dual analog touch joystick, two shoulder buttons, and the four iconic PlayStation symbol keys--circle, X, square, and triangle.
Sony Ericsson Xperia Play R800i Details :
- Unlocked quad-band GSM cell phone with US/International 3G plus GPRS/EDGE connectivity (not compatible with CDMA carriers like Verizon Wireless, Alltel and Sprint)
- 3G-enabled, Android 2.3-powered PlayStation gaming smartphone with slide-out game controls, and 4-inch multi-touch screen
- 1 GHz processor; Wireless-N Wi-Fi networking; Bluetooth connectivity; GPS navigation; 5-MP camera with HD 720p video capture;
- Up to 7.7 hours of talk time, up to 400 hours (14.5 days) of standby time; released in March, 2011
- What's in the Box: handset, rechargeable battery, charger, USB cable, 3.5mm wired headset, audio cable, quick start guide.
Latest Discount Prices : Click Here!
The Xperia PLAY pairs the Android 2.3 Gingerbread operating system with a 1 GHz Snapdragon II processor and an Adreno 205 graphics processor for a faster overall experience and totally immersive gaming. Stereo sound adds additional depth and dimension to gaming, music and video, and the VGA front-facing camera enables easy video chat with fellow gamers.
Other features include a 5-megapixel rear camera/camcorder, Wireless-N Wi-Fi networking, Bluetooth for hands-free devices and stereo audio streaming, GPS turn-by-turn directions via free Google Maps with Navigation, microSD expansion to 32 GB, access to both personal and corporate e-mail, and up to 7.7 hours of talk time.
Get Your Game On
The Xperia PLAY is the first PlayStation Certified Android smartphone. You'll feel the action with real console controls, and to make the gaming experience complete, Xperia PLAY provides superb stereo sound and support for multi-player gaming. Here's just a sampling of what's available for downloading to the Xperia PLAY:
The games are downloadable via the Xperia PLAY launcher, an application that is activated by sliding open the gamepad. The Xperia PLAY launcher can recommend games and enables you to search for top titles optimized for Xperia PLAY on the Android market.
The Sony Ericsson Xperia PLAY weighs 6.3 ounces and measures 4.7 x 2.4 x 0.6 inches. Its 1500 mAh lithium-ion battery is rated at up to 7.7 hours of talk time, and up to 400 hours (14.5 days) of standby time. This 3G-enabled phone runs on 800/850/1900/2100 3G frequencies (compatible with AT&T) in the United States, and international 900/2100 MHz 3G frequencies. Additionally, it runs on the 850/900/1800/1900 MHz GSM/GPRS/EDGE frequencies for voice and 2G data.
What's in the Box
Sony Ericsson Xperia PLAY handset, rechargeable battery, charger, USB cable, 3.5mm wired headset, audio cable, quick start guide


Partners from NTUA, AUTH and University of Aegean, Greece, participated at the virtual conference XXIV ISPRS Congress 2021, 5 – 9 June, with the presentation of the peer-review paper entitled “A web-based platform for management and visualization of geometric documentation of Cultural Heritage sites”.
The work presented concerns the “5dMeteora” web-based platform, a novel and holistic approach to the organization, management and visualization of the 3D and 2D documentation products of CH sites. It integrates a multi-scale 3D viewer based on the 3DHOP framework, personalized information access and interactive tools for data retrieval and presentation. Emphasis is given in the development of a mid-level interface for creating, updating and maintaining 3DHOP’s functionalities and customizing information based on the user’s scientific specialty and field of interest. The proposed admin control panel updates the state of the current visualization, allows the integration of 3D models and multimedia and automates the creation of clickable points of interest on top of the 3D surfaces. It is based on a MySQL Relational Database Management System (RDBMS) that supports the back-end User Interface (UI) with create, read, update and delete (CRUD) management functions of a typical RESTful service. Moreover, all the control mechanisms as well as the procedures of authentication, authorization and encryption of the credentials of the certified users are configured through the PHP scripting language and JSON files. The resulting platform achieves maximum adaptability in digital archiving of heterogeneous datasets and has increasing efficiency in representing all types of data supported by 3DHOP.
The authors of the paper are Charalabos Ioannidis, Ioannis Tallis, Ilias Pastos, Styliani Verykokou, Sofia Soile, Panagiotis Tokmakidis and Konstantinos Tokmakidis from the teams of Laboratory of Photogrammetry of NTUA, Laboratory of Topography of AUTH and the department of Cultural Technology and Communication of University of Aegean.
The full paper is available here.


DIFFERENCE BETWEEN SCADA, PLC AND HMI SYSTEM USED IN PHARMA INDUSTRY
SUPERVISORY CONTROL AND DATA ACQUISITION (SCADA) – It is an integrated system that is used to control and monitor the working of the individual parts of the plant. It helps in management of automation of large and complex processes. They are used to perform data collection and control at supervisory level.
The SCADA system consists of following components: –
- Supervisory computers– This is the heart of the SCADA system, which collects the data from the ongoing process and sending control commands to the field connected devices.
- Remote terminal units– Also known as (RTUs), these are connected to sensors and actuators in the process, and are networked to the supervisory computer system.
- Programmable logic controllers (PLC)- These are connected to supervisory computer system in the same way as RTUs but they are often use than RTUs as they are economical, versatile, flexible and configurable.
- Communication infrastructure– It connects the supervisory computer system to RTUs and PLC. During an error in communication system like in case of power failure the process of plant didn’t hamper and on resumption of power a person can continue the process.
- Human machine interface-HMI is the graphical user interface for the operator, collects all data from external devices, creates reports, performs alarming, sends notifications, etc.
PROGRAMMABLE LOGIC CONTROLLER (PLC)- It is an industrial computer control system which is used to control machines and processes. It continuously monitors the state of input devices (proximity sensors, limit switches etc.) and processes it, in order to control the state of output devices (valves, actuators, solenoids etc).
Following are the key features of PLC: –
- As the program is predefined, PLC generally work only in automated mode. If there is any kind of error during the operation, the operation cannot proceed till it rectifies or corrected.
- The set point predefined in PLC cannot be altered and needs a licensed program in order to make changes.
- In PLC system, there is no display unit due to which we cannot monitor what is going on during the execution of a process.
HUMAN MACHINE INTERFACE (HMI): – It is a component of a device that allows interaction between human operators and machine. By using this component, operator controls or operate the process by interacting with supervisory system. Process can be graphically visualized by using it.
Following are the key features of HMI: –
- HMI work in both auto and manual mode. If there is any error during a process, it can be turned to manual mode to ensure the continuity of the operations.
- Unlike PLC, the set points for HMI are not predefined. Therefore, they can be changed as per requirement.
- HMI always consists of display unit with function buttons to control or operate a process which makes user able to monitor or control the undergoing process.
- HMI is generally a touch screen to the PLC.
FIND MORE AT


Over the last few weeks Forward Ski has been working with the U.S. Freestyle Ski Team to develop a waterproof prototype. To be honest, the idea was all that of Coach Matt Gnoza of the U.S. Freestyle Ski Team. He wanted to be able to listen to audio feedback of the athlete’s ankle flexion as they went down and off the water ramps at the Utah Olympic Park. I loved the idea and quickly got back to Reno to begin working on a way to do it.
Problem 1: Power
The Forward Ski system is designed to be as power efficient as possible. In order to achieve maximum battery life and peak connectivity without the signal strength becoming saturated. For this purpose, we need as much power as possible, and were not worried about proximity, so saturation wouldn’t be much of an issue. We cranked everything up to 11. Maximum power, maximum receive strength. Bluetooth does however have it’s limitations… especially when attempting to transmit through anything wet.
Problem 2: Water
Water and electronics don’t get along too well. We all know that. We decided for ease-of-use and time saving’s sake that we would go with the easy approach. Put it in a bag! We placed the hand controller in a high grade waterproof lock bag, sealed the headphone hole, and tested it! It worked.
The Boot Transmitters are already water tight and fine to be submerged for small periods of time. No problems there.
Unnecessarily long story short, take a look at some of these pictures of the U.S. Freestyle Ski Team using the system on the water ramps!


The first look at a virtual reality poker game was recently seen on tonkaaaaP’s Twitch channel. This is the first time virtual reality technology has been used on the felt.
Bolt Casino – the creators of this virtual reality poker game – provided tonkaaaaP with the necessary software and hardware to play some virtual hands.
It was interesting to say the least! This is only a few easy version of the game, but there are very promising signs that this could revolutionize the way poker is played.
Some of the featured tonkaaaaP demonstrated included:
– movement to pick up cards
– movement of his head to see the community cards clearer
– using his hand to pick up chips
– unique all-in movement
– generate objects (which he threw at his opponent!)
– smoking a VR cigar
– integrated VR Twitch chat
There are obviously many bugs and missing features for this to be a final product, but the sneak peek into this incredible technology is a very cool insight into the future of poker.
You can view highlights from the VR poker section of the stream in the below video:


The Large Latin American Millimeter Array (LLAMA) is a joint scientific and technological project of Argentina and Brazil whose goal is to install and to operate an observing facility capable of performing observations of the Universe at millimeter and sub-millimeter wavelengths. The project is being financed by Secretaría de Articulación Científico Tecnológica do Ministerio de Educación, Cultura, Ciencia y Tecnología of Argentina and Fundação de Amparo a Pesquisa do Estado de São Paulo (FAPESP) from Brazil. At first, a 12m diameter antenna will be offered, but it is intended to install a second antenna in the future.
LLAMA will be located in the Puna de Atacama in the northwestern part of Argentina at a place whose terrestrial coordinates are 66o 28' 29.4" W and -24º 11' 31.4" S. The site, locally known as Alto Chorrillos, is located at an altitude of 4820 meters above sea level (masl), about 180 km south-east of the Atacama Large Millimeter/Submillimeter Array observatory (ALMA). In addition, the site selected for LLAMA has atmospheric conditions similar to those of ALMA. An area of 400 hectares was allocated for this project by the Government of the province of Salta, at a distance of 20 km (straight line) from the town of San Antonio de los Cobres (SAC, 3800 masl). The headquarters is being built in SAC with laboratories, offices and accommodations to provide the necessary infrastructure for remote antenna operation.
The antenna is being built by Vertex AntennenTechnik GmbH and was based on the design developed for ALMA. The main reflector has a diameter of 12m and, at the time of the acceptance, the surface of the antenna should have an accuracy of 25 µm rms (the objective for operations is to reach 15 µm, using holographic measurements) and pointing accuracy of at least 2 arc seconds. The antenna will have Cassegrain focus and two Nasmyth cabins, thus presenting potential to receive a wide variety of peripheral instruments.
The radio telescope will initially be equipped with ALMA-like receivers and in particular the so-called bands 5 (157 - 212 GHz) and 9 (602 – 720 GHz). Initially the instrument will operate as a single-dish telescope but in the near future it will be used as part of Very Long Base Interferometry networks (VLBI). These networks may include ALMA, the Atacama Pathfinder Experiment (APEX), and the Atacama Submillimeter Telescope Experiment (ASTE). In this way, an increase in the angular resolution of at least a factor 10 of the currently achieved by ALMA would be possible. It is expected that LLAMA will also be part of the Event Horizon Telescope (EHT) consortium.
View of Alto Chorrillos, region where LLAMA will be installed.


Advanced Research Center for Ambiental Quality
and Building Physics
Experimental characterization and measurement
n Experimental determination of the characteristics of the discharge air grilles and diffusers
n Field measurements of instantaneous and average speed in fluids with Particle Image Velocimetry
n Experimental measurements of gaseous pollutants in the air (NOx, O3, CO2 ...).
n Experimental determination of concentration of air pollutants such particles.
n Characterization of the acoustic equipments and buildings systems
n Experimental determination of permeability of buildings (blower door).
Numerical simulations and data analysis
n Numerical simulations of flows in buildings and facilities (Fluent, Comsol)
n Statistical analysis of measurement data (images, signals ....)
n Algorithms for analyzing databases to extract significant phenomena (POD, DMD
n Training courses in specific metrology and CFD
Development of specialized software
Copyrights @ CAMBI 2012


Christmas is coming! And something any lover of Hi-Fi would be over the moon to find under their Christmas tree is the new Chord 2Qute DAC!
The new 2Qute by Chord electronics is a standalone DAC designed for a home-system. It combines two award winners in the Chord Hugo DAC/headphone amp and the sensational Qute EX stand alone DAC. This formidable combination performs extremely well delivering a crisp cohesive sound that reveals detailed performance, no matter what song is played.
The 2Qute can support up to 32-bit/384kHZ via its coax and USB inputs and 24-bit/192kHz over its optical input. We love the fact that the interior light in the DAC changes colour depending on the sample rate played through it! It is of course built to the extremely high Chord standard with a solid aluminium case and a window to see the inner workings.
The 2Qute then is a fantastic successor to the older Qute EX is every way. It has the ability to improve a pre-existing system greatly by creating more space in your music and revealing more detail while keeping an outstanding cohesiveness to all types of music. Why not give it a try? After all it's nearly Christmas!
Chord 2Qute key features:
- Coax, optical and USB digital inputs with input switch
- Galvanically isolated Class 2 USB input up to 384kHz
- Driverless operation on Apple and Android devices; drivers supplied for Windows
- Support for up to 32-bit/384kHz audio via coax and USB, and 24-bit/192kHz via optical
- DSD64 supported on all inputs, DSD128 supported via coax or USB input (all via DoP)
- Source and sample rate indication/illumination
- 12V 0.5A power supply provided
Available from our website and store at £995.00


Our nation’s warfighters face challenging and life-threatening situations every day. Fuse is focused on solving their need for secure, reliable information and communication. We are passionate about providing resilient, agile, and dependable communications when warfighters need it the most.
We start with warfighter needs. Then, we build differently. Fuse proudly delivers innovative, functional communications, networking, and computing solutions that make a difference.
We’re not constrained by old thought. We lead with an agile, iterative design approach that makes the best use of today’s network, software, and advanced technology to improve mission success through reliable connections across airborne, maritime, and ground environments.


8 Channel Wifi NVR
Network Vidio Recorders
The Wireless Recorder is used to record videos and secure your home or business. Without the limitation of the network cable, cameras connect to the recorder via Wi-Fi, and could
be placed freely in any corner.
Easy Plug and Play.
Security made Simple
Powered by the advanced decoding chip, the Wireless Recorder can decode real-time 1080P FHD recordings.
Smart H.265 Compression
With the Smart H.265 Compression, video quality remains the same as that of H.265 while radically reducing transmission bandwidth and data storage capacity requirements.
The wireless recorder and cameras automatically pair up after powered on. To add a new camera to the system, you need just one click.
Reliable wireless connection
The Wireless Recorder features the Camera Repeater technology, which allows for reliable wireless connection even for transmission over multiple walls, or at a long range over 100m. No need to worry about signal interference.
You can talk to the camera end in real time either via the wireless recorder or the mobile phone to warn off intruders.
Third-party camera access
Connect to third-party cameras through Onvif Profile S/G.
Garansi 12 Bulan.ganti baru


GraphGrail Ai - world's first artificial intelligence platform for blockchain built on the basis of natural language processing technologies with a marketplace of decentralized applications.
We are developing a platform for analyzing large amounts of text data, solving problems of extracting knowledge and complex semantic classification on the basis of machine learning, neural networks and Deep Learning Technologies with a priority focus on the banking sector, biotech and medicine, security and law enforcement.
The platform consists of three key platform elements - the universal designer of language applications – the GraphGrail Ai Designer, the ecosystem of crowdsourcing data markup and the enrichment of data-sets – the GraphGrail Ai LabelLance, and the marketplace of ready-made applications – the GraphGrail Ai Marketplace.
All users, even those without special training, can earn money using the platform through
creating, improving and voting on language models. The project does this through its associated
GAI (Graphgrail + Ai) tokens, which are standard ERC 20 tokens on the Ethereum blockchain.
The models may have different attributes: they can be complex learning classifications,
prediction models or simply improve the workflow for training the AI.
Our mission is the creation of a strong Artificial Intelligence (AGI), which would be open to the entire community and controlled and enhanced by the efforts of developers from all over the world.


As NASA spacecraft New Horizons flies closer to dwarf planet Pluto for a much-awaited historic flyby on July 14, 2015, it sent several photographs to Earth. These pictures provided a glimpse of the dwarf planet, the clearest pictures humans have ever taken of this heavenly body which had once been the smallest planet on our Solar system until it was demoted to dwarf planet status.
It was through these photos that astronomers were able to discover several objects on Pluto, including a near-perfect heart shape located on the planet’s rusty red surface, reports Yahoo! News SG.
Could this heart-shaped spot be a storm like Jupiter’s red spot or a mountain? Scientists would have to wait for more information from New Horizons on the actual flyby day to possibly determine the answer to the puzzle. The spacecraft will be flying within 6,200 miles (9,977 kilometers) of the dwarf planet’s surface, giving it a chance to collect clearer pictures and data.
The discovery of Pluto’s heart was not the only highlight of the pre-flyby photos but also several mysterious spots on the dwarf planet’s surface. For example, they have dubbed a mysterious dark spot as “The Whale” and theorizing that the bright points on the surface were ice caps.
Be warned, however, that there lies a huge possibility that we are merely seeing those shapes in relation to the shapes that are familiar to us. [Check out ‘Pyramid’ Image in NASA Video: Proof of Civilization on Mars?]
By far, New Horizons is the first spacecraft to have reached the farthest reaches of space. It is also the fastest craft ever launched, moving at 30,800 miles (49,570 kilometers) per hour.
After the flyby, the spacecraft is expected to move further into the Kuiper Belt and the rest of our galaxy.


Healthcare companies are possibly using virtual reality (VR) and augmented reality (AR) technology with an aim to transform the healthcare sector digitally. Read further to learn more about the application of AR/VR in healthcare and how they can offer immersive real-life simulations for a better experience.
In this article
The use of augmented reality and virtual reality in healthcare is not new to the UK. In fact, the world’s first virtual reality operation to remove cancerous tissue using a VR camera took place at the Royal London Hospital back in 2016 and was broadcasted via app and website. Even in recent times, the National Health Service (NHS) may possibly be starting to employ virtual reality, augmented reality, and other related technology in the healthcare sector. In this article, we will look at these immersive technology and their various uses and applications.
What are AR, VR, and MR technology?
Before diving into the use of VR, AR, and MR technology in medicine and healthcare, let us first understand these concepts.
Virtual reality tools usually require a head-mounted display and mobile controllers to create a three-dimensional —or 3D— computer-generated environment that reacts to the user’s motions and activities like hand and body gestures. This means that users can engage with the 3D world instead of just seeing a screen in front of them.
The use of information in the form of audio, video, text, images etc., by superimposing it with real-world objects to provide a ‘real world’ experience is known as augmented reality technology. This creates an interactive 3D user experience for the user and also lets them interact with the augmented reality interface via smart eyeglasses, tablets, or smartphone cameras.
There is another type of immersive technology called mixed reality or MR, which is a synthesis of the digital and physical realms to create new virtual settings where physical and digital items can co-exist and communicate in real-time.
Moreover, there is also a newer variant of this technology called extended reality (XR), which is a combination of AR, VR, and MR.
AR and VR in healthcare in the UK
AR and VR technology may be in the early stages in the UK but the global immersive technology market is expanding, according to an article by ABI Research. It states that ‘the AR healthcare market is expected to generate approximately US$10 billion in revenues with the VR Healthcare market reaching US$1.2 billion in 2024’.
A report by XR Health UK developed in partnership with the NHSX presents some interesting findings:
- ‘Clinicians and researchers in the UK are developing not just products but entire treatment packages that tap into the many novel capabilities of XR.’
- ‘Strategic support to bring together the creative, technical and story-based skillsets of the creative, games and XR sector with clinicians and researchers could fast track new R&D and solutions to address the mental health and wellbeing needs of the UK population.
Not just this, medical institutions are also getting financial aid to reform and refine the use of immersive technology in surgeries and other medical usages. According to an article by Brighton and Sussex medical school, ‘a professor at the Queen Victoria Hospital, has won a £1m grant from Health Education England (HEE) to develop virtual reality and augmented reality surgical training resources.’
Applications of AR and VR in the healthcare sector
One of the biggest benefits of using AR and VR tools in the healthcare sector is the immersive nature of these technology, which can be experienced through VR headsets and goggles, tablets, smartphones, and other audio devices. These devices can give users a realistic simulation of a virtual environment and can be used by healthcare professionals in a multitude of ways. Some of the applications of AR and VR technology in medicine and the health sector are discussed below.
Utilising VR-powered surgery
VR-technology powered assisted surgeries may provide a new way for doctors to operate on their patients. According to an article by the British Heart Foundation, the ‘virtual reality (VR) technology we’re funding could improve outcomes for the thousands of patients who undergo a surgical or keyhole procedure for congenital heart disease every year.’ The article also states that ‘the researchers hope that using VR to plan and practice procedures will shorten operating times and reduce the need for multiple surgeries, leading to better outcomes and experiences for patients and their families.’
Expanding virtual training
Virtual reality training may have the potential to reproduce and duplicate real-world settings in a virtual environment and allow healthcare professionals to learn techniques without being physically present. An article by Forbes states that VR training tools can ensure ‘that healthcare professionals can be trained remotely, immersively, and more thoroughly than traditional methods for both front-line medicine and in specialist procedures.’ The article also states that ‘VR training is hugely useful in allowing medical professionals to maintain their skills and knowledge base without having to be physically present in a hospital.’
Development of the healthcare toolkit
Immersive technology may also possibly help healthcare professionals develop materials —in the form of 3D videos paired with audio— to help trainees learn about practical medical concepts. According to a report by the NHS, virtual reality 360-degree films can help healthcare professionals to prepare media materials. These can help in various ways like creating recorded simulations or a patient journey scenario.
Improving mental wellness
Technology like AR and VR-powered tools may have the ability to improve the state of mental health and well-being of patients. According to an article by the Health Tech Newspaper, a variety of diverse immersive technology —like AR and VR— have contributed by encouraging physical activity and promoting creativity in an attempt to lower anxiety by fostering calming surroundings for mindfulness and meditation.
The future of AR and VR tools in healthcare
Immersive technology in healthcare will likely see more advancement, refinement, and adoption in the future. The UK Government is also actively investing in and supporting healthcare companies by leveraging these techniques for an improved and streamlined experience. The fact that medical professionals can learn in a life-like simulation that is not geographically constrained may also fundamentally alter how we deliver medical and professional education.


National Advanced IPv6 Centre of Excellence (NAv6), Universiti Sains Malaysia
Speech Title: "Internet of Things: Potential collaborative research opportunities and challenges"
The Internet of Things (IoT) has not only revolutionised business processes, but has strong potential to profoundly impact the life of many citizens. By connecting devices and creating innovation in domains such as healthcare, transportation and manufacturing among others, brings a multitude of research opportunities for researchers in multiple disciplines to work together. This talk will introduce the framework of IoT and explore some of the possible collaborative opportunities as well as challenges.