Lindwall Electrical Pty Ltd
Lindwall Electrical carries out a variety of work including service, maintenance, facility upgrades, new installations for power supply, home automation and control, telephone, data cabling, installation, and CCTV.
We provide electrical services for domestic, commercial and industrial.
At Lindwall Electrical we stand out from our competitors because we look at each job as a completed project. Our designs are methodically planned with foresight so that our work is completed in a way that allows any future upgrades or installations to be carried out effectively with minimal disruption and expense for our clients.
When a designed electrical installation is required, we take into consideration the growing demand for eco friendly cost effective solutions making sure we incorporate provisions for energy saving features, like the use of energy efficient light fittings, timer controlled lighting, automatic lighting controls and building automation systems.
Lindwall Electrical only uses quality new electrical fittings like the Hager Blu range and the long standing Clipsal 2000 series. However, if the project requires more specialised fittings these are supplied and installed in the same professional manner.
At Lindwall Electrical we standby our strong ethics and therefore offer a 12 month guarantee on all labour and materials.


The Copernicus Complexio: a high-resolution view of the small-scale Universe
Hellwing, W.A.; Frenk, C.S.; Cautun, M.; Bose, S.; Helly, J.; Jenkins, A.; Sawala, T.; Cytowski, M.
Professor Carlos Frenk firstname.lastname@example.org
Dr John Helly email@example.com
Chief Experimental Officer
Professor Adrian Jenkins firstname.lastname@example.org
We introduce Copernicus Complexio (COCO), a high-resolution cosmological N-body simulation of structure formation in the ΛCDM model. COCO follows an approximately spherical region of radius ∼17.4 h−1 Mpc embedded in a much larger periodic cube that is followed at lower resolution. The high-resolution volume has a particle mass of 1.135 × 105 h−1 M⊙ (60 times higher than the Millennium-II simulation). COCO gives the dark matter halo mass function over eight orders of magnitude in halo mass; it forms ∼60 haloes of galactic size, each resolved with about 10 million particles. We confirm the power-law character of the subhalo mass function, , down to a reduced subhalo mass Msub/M200 ≡ μ = 10−6, with a best-fitting power-law index, s = 0.94, for hosts of mass 〈M200〉 = 1012 h−1 M⊙. The concentration–mass relation of COCO haloes deviates from a single power law for masses M200 < afew × 108 h−1 M⊙, where it flattens, in agreement with results by Sanchez-Conde et al. The host mass invariance of the reduced maximum circular velocity function of subhaloes, ν ≡ Vmax/V200, hinted at in previous simulations, is clearly demonstrated over five orders of magnitude in host mass. Similarly, we find that the average, normalized radial distribution of subhaloes is approximately universal (i.e. independent of subhalo mass), as previously suggested by the Aquarius simulations of individual haloes. Finally, we find that at fixed physical subhalo size, subhaloes in lower mass hosts typically have lower central densities than those in higher mass hosts.
Hellwing, W., Frenk, C., Cautun, M., Bose, S., Helly, J., Jenkins, A., …Cytowski, M. (2016). The Copernicus Complexio: a high-resolution view of the small-scale Universe. Monthly Notices of the Royal Astronomical Society, 457(4), 3492-3509. https://doi.org/10.1093/mnras/stw214
|Journal Article Type||Article|
|Acceptance Date||Jan 23, 2016|
|Online Publication Date||Feb 8, 2016|
|Publication Date||Apr 21, 2016|
|Deposit Date||Apr 5, 2016|
|Publicly Available Date||Apr 7, 2016|
|Journal||Monthly Notices of the Royal Astronomical Society|
|Publisher||Royal Astronomical Society|
|Peer Reviewed||Peer Reviewed|
Published Journal Article
This article has been published in Monthly Notices of the Royal Astronomical Society ©: 2016 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society. All rights reserved.
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What is EyeDetect?
- EyeDetect is a scientifically-developed lie detector that uses innovative technology to validate a person’s reliability and credibility.
- It maximizes investment in prevention and management control.
- It is a “state-of-the-art” tool used in claim audit processes.
EyeDetect is the world’s fastest, most cost-effective and accurate solution to verify credibility.
How does EyeDetect work?
- It uses an infrared optical scanner and complex algorithms to determine a “reliability/credibility score”.
- When a person lies, the autonomic nervous system produces physiological responses that cannot be controlled.
- The bigger the lie, the bigger the cognitive load. A person´s eyes reflect the changes in the cognitive load.
- An optical scanner measures the subtle changes in pupil diameter, eye movement, blinks, fixations and other things.
- Participants sit at an EyeDetect station and answer a series of questions on a computer without third-party intervention.
- The credibility “score” shows the probability that the person was truthful.


Avoid the radiation of your cell phone
Sihanoukville. Cell phones became a very important media in our technological time. In countries like Cambodia, it is not a luxury, but a very popular means of communication that can reach the most isolated regions. It is easier to put an antenna, than extend lines toward the poorest provinces, jungle areas and islands. Cell phones became so popular in Cambodia after the war that the development of desk phones is practically limited and most Cambodians do not use them. But now we have to care: The World Health Organization prevents that cell phones could be a cause of cancer. Not for alarming yet, but investigations are on the way, according to the WHO’s media center (see Electromagnetic fields and public health: mobile phones fact sheet.)
The fact is that cell phones are radio frequency transmitters and their power can be absorbed by the human body through the skin. According to WHO, it results in temperature rise in the brain and other parts of the body. The fact that cell phones are now an active part of modern life is enough for the scientists of the health to determine their effects on humans. There is not yet a complete report on the issue – nobody has been reported dead because cell phone usage, but a number of studies have determined that the cell phone power exposition has effects on brain electrical activity, cognitive functions, sleep, heart rate and bloody pressure. It is true also that the power energy of cell phones is too small (frequencies between 450 and 2700 MHz.)
Another fact is that cell phones became popular after the 1990s, and then it is a short time to make conclusions on cancer tumors and cell phone usage, according to the same scientists. Cancer can be produced for long-term exposure to radiofrequency fields. Currently, scientists are studying the effects of cell phone on child and young users.
Even if investigations still to determine the health risks on cell phone usage, experts recommend some healthy preventive attitudes. For example, if the phone is attached to your ear, you are getting its electromagnetic radiation directly to you. Experts recommend that the phone should be between 30 and 40 centimeters away from your body and then the use of handset would be just fine for your health. Other cell phone practices that are rather positive are the text messaging, Internet accessing and hands free that mean that the phone is located a little far from your body and that the cell phone needs less power expenditure in those functions. Exposure is also limited by the length of calls and the phone emits a bigger quantity of radiation when it is far from the antenna – if you are in a very far region where the signal is weaker, your phone will augment its power in order to get the signal. It is the reason why the use of cell phones is forbidden in hospitals and planes, because its radiofrequency signals may interfere with the electronic devices and navigation system, so the power of a phone is not too small at all.
The commercial devices to reduce radiation have not been proven effective, said the experts. So get safer in the use of your phone.


Camera enthusiasts always remain eager to update their old cameras with new and latest ones. Same they are doing with their old digital camera and get it exchanged with PHANTOM VEO CAMERA.
If you are thinking about cameras which are using old technology has vanished out of the market then you are quite wrong in your perception. These cameras are still in the use and also available on rental. But, take a minute time from your busy schedule and think if you ever get a chance to hire a camera then which you will prefer, we are pretty sure the answer would be Phantom VEO Camera Hire.
Let's discuss PHANTOM VEO CAMERA in detail:-
The basic intent behind the development of this camera is to revolutionaries the entire motion picture industry. Phantom VEO camera is counted among the high-speed camera and known for the rugged and compact feature of enabling a variety of advanced and traditional imaging applications.
The VEO640S camera is available with 6 Gpx/s throughputs. This makes it capable to record 1400 frames in a second in the resolution of 2560X1600. In general Phantom, VEO camera RAM is available in three memory configurations of 18, 36 and 72 GB. This clearly means this camera can click more frames in comparison to the other high-speed cameras is available in the market.
All models of Phantom VEO camera are available in two styles of body S and L. The L- model has everything which is required for traditional motion analysis and software-based capture. However the S- model has additional controls like on –camera, signal availability, ruggedized connectors and smooth compatibility along removal media storage. These models contain HDMI and 3G HD- SDI outputs and new adaptable yet programmable I/O substructure.
A buyer can choose the body and the style and configure the camera according to his available budget and application. Here lens mounting and memory configuration features are also available therefore choose wisely. A minor mistake in selection will take your budget to the next level.
Commonly VEO camerasare built strong and can withstand up to 30G which is extended to 100G without using internal shutter option. This option made it ideal for all camera models available in the market. Here internal components are isolated and therefore protects electronics in long play.
Have you ever gazed that these additional features are making this camera beyond the reach of professionals who are new in the market and have short of the budget? But, you don't have to think about it in this way. As you can easily use Phantom High Speed Camera Hire option offered by numerous cameras hire companies in the country. Take the privilege of this service as through this way you would get a chance of using a product which you might or might not in the future.


Ready to take the next step in image quality? With advancements across the board, the EX-SDI Pro Series delivers exceptional image quality in all lighting conditions. The CE-BZ1HD offers an expanded lens range over the Lite Series, and the CE-BZ2HD is perfect for applications requiring a tighter telephoto shot. Both cameras feature Digital Overlap (DOL) WDR Technology which combines multiple exposures into one High Dynamic Range image allowing you to see more detail in both highlights and shadows. For the ultimate in image performance, choose EX-SDI Pro.
The go-to DVR for dealers and integrators who demand increased performance, unrivaled flexibility, and HD image quality. The EX Series features EX-SDI 2.0 technology which allows you to capture full HD 1080p video over standard RG59 coax cable and can be configured with wide array of hard drive options for increased video storage time. The EX Series is the perfect go-to DVR for nearly any commercial or residential application.
When it comes to surveying a large scene, nothing beats the flexibility of a PTZ. The CE-PTZ20XHDR features a 4.7~94mm (ƒ1.6~ƒ3.5) 20x zoom lens, a high-intensity zoomable IR LED, a temperature controlled enclosure, and a built-in wiper. Includes wall bracket and features 1.5″ NPT top for added mounting options.
With a wide variety of commonly used CCTV inputs, this 21.5″ monitor is ideal for the DVR head-end monitor, camera spot monitor, or as a general-purpose display.
Designed to install into standard 2' x 2' drop ceilings, the CE-CG2x2.5 can mount nearly any LCD or PVM monitor up to 35 lbs. Height adjustments can be made by raising or lowering the pole and securing it into place with the included locking collar. The tile and pole kit contains all necessary hardware for installation.
This rugged steel multi-channel power supply is ideal for 4 AC24V camera installations. AC24V power is strongly recommended for power-hungry cameras that have IR LEDs, motorized zoom lenses, or internal heaters. Each enclosure can be easily mounted via the top mounting flange and includes multiple knock-outs for wire management. UL Listed.


1) Hand Gesture Based Wireless Robotic Arm Control for Agricultural Applications (2017) IOP Conference Series: Materials Science and Engineering, 225 (1), art. no. 012204, .
Authors: Megalingam, R.K., Bandhyopadhyay, S., Vivek, G.V., Rahi, M.J.
2) Language for people suffering from complete paralysis based on eye gestures (2016) Proceedings on 2015 1st International Conference on Next Generation Computing Technologies, NGCT 2015, art. no. 7375167, pp. 489-493.
Authors: Megalingam, R.K., Karath, M., Valluri, V., Shreedhar, A., Katti, M., Gurjar, S., Nair, A
3) IR Sensor-Based Gesture Control Wheelchair for Stroke and SCI Patients (2016) IEEE Sensors Journal, 16 (17), art. no. 7501503, pp. 6755-6765. Cited 5 times
Authors: Megalingam, R.K., Rangan, V., Krishnan, S., Edichery Alinkeezhil, A.B.
4) Monocular distance estimation using pinhole camera approximation to avoid vehicle crash and back-over accidents (2016) Proceedings of the 10th International Conference on Intelligent Systems and Control, ISCO 2016, art. no. 7727017, . Cited 2 times.
Authors: Megalingam, R.K., Shriram, V., Likhith, B., Rajesh, G., Ghanta, S.
5) Color and contour based identification of stem of coconut bunch (2017) IOP Conference Series: Materials Science and Engineering, 225 (1), art. no. 012205, .
Authors: Megalingam, R.K., Manoharan, S.K., Reddy, R.G., Sriteja, G., Kashyap, A.


The Nintendo is a game that in general view can deliver twice as much fun for anyone and especially all the casual gamers and kids. Those that are hardcore gamers might get disappointed this is so because of its graphics are really not up to the completion that the X-Box 360 and play station 3 have to offer. Also for those that use the big screens of HDTV’s are also affected, nevertheless after a few minutes of the user playing the game, using the revolutionary Nintendo Wii, the user has already forgotten about the graphics.
The Nintendo Wii uses a Wii’s Wi-Fi USB wireless connector other than the one known which has two handed devices. It has a rectangular control that looks and feels like a remote control of TV with it on the inside being built with an array of sensors that are able to transmit and receive from the diminutive Wii base station. While using the controller the game is able to be played by motioning the controller sensor but for any new user, may find this a little bit annoying because they can really a hang of it but as he user continues, then it becomes much easier, enjoyable and fun to play because the user will now be swinging, pointing and playing with the least effort and soon they can prefer the more complex games that use two controllers.
Also the Nintendo Wii has a small speaker that is fitted in the controller that is programmed to deliver specific sounds effects to the user is on twilight princess or in Wii sports. The Wii comes with a 243 MHz graphics chip, a 729 MHz Power PC processor and GDDR3 memory of a capacity of 64mb in addition to an internal memory of 512MB and lastly it is filled with an external DVD drive which is not meant for playing movies and its 50 card slot doesn’t allow the user to back up any game.
The system is very easy to set up with the user configuring the low profile sensor bar correctly then all the other steps are easy to follow. The receiver should be placed on the front base of your T.V set or on top of the TV then a cable should be passed through the base unit then the sensor which works using infrared can connect to the controllers. The Nintendo Wii software set up was a very easy thing to use with the user being able to program the game to his desired like for example the user can determine which aspect ratio best suits them either 4:3 or 16:9 also in addition the user can also configure the audio options. When the screen is not in use and 5 minutes pass without being in use, the screen will dim and after a further 30 minutes and if it is not being used then it will turn off the screen completely. Because the Nintendo keeps on bringing new updates through its Wi-Fi, it is very easy to setup and use the wireless network this is made possible because it has local hubs that can be used to connect to the user’s home hubs.
The Wii has parental controls and the user can lock down the system basing on the ESRB ratings and can restrict games above the level they have locked with a four digit password that limits access to other people. It also has four game cube controllers of the game that are positioned on the top of the system with two memory card slots that can allow saving a game on an already there Nintendo Wii memory card.


28.08.2019-214 views -Gps System
The Global Placing System (GPS) is a U. S. space-based global navigation satellite system. It provides trustworthy positioning, routing, and timing services to worldwide users on a continuous basis in every weather, day and night, anywhere about or near the Earth which includes an unblocked view of 4 or more GPS UNIT satellites. GPS uses rules of standard relativity to correct the satellites' atomic lighting. GPS consist of three segments: Space, Control and Customer. GPS geostationary satellites broadcast signals from space that GPS receivers use to provide 3d location (latitude, longitude, and altitude) as well as precise period. The position worked out by a GPS UNIT receiver needs the current period, the position of the satellite as well as the measured postpone of the received signal. The position accuracy is definitely primarily dependent on the satellite tv position and signal wait. The Global Placing System, when originally a military job is considered a dual-use technology, meaning it has significant applications for both the military and the civilian industry. GPS based time reference supplies inexpensive although highly-accurate timing and sync capability and meets requirements in finding, monitoring, and control. In the present era of reorganization, rearrangement, reshuffling and modernization, the applying GPS technology in various market are growing and covering several technological and management activities. Therfore it is necessary to remove the GPS transmission errors.
SR. NO| CONTENTS
1 ) | SUBJECTIVE
2 . | INTRODUCTION TO GPS UNIT
3. | HISTORY OF GPS NAVIGATION
4. | GPS SIGN
5. | SYSTEM SEGMENTATION
6. | WORKING OF GPS
7. | GPS NAVIGATION IN INDIA
8. | NAVIGATION DEVICES & PROGRAMS
9. | ADVANTAGES & DISADVANTAGES
12. | APPLICATIONS & LIMITS
11. | CONLUSION
12. | SOURCES
Introduction to gps system
GPS is an acronym that means вЂGlobal Setting System'. It is a U. H. space-based global navigation satellite system. It offers reliable placing, navigation, and timing services to around the world users on a continuous basis in all weather condition, day and night, anywhere on or perhaps near the The planet which has an unobstructed look at of four or maybe more GPS geostationary satellites. The system was devised by US Office of Protection and is wide open for use to anyone who wants to use this. Basically, it uses satellites that were sent in space, determining their current location based upon the alerts the geostationary satellites continually give to the GPS NAVIGATION device. At this time, there are over 30 GPS UNIT satellites operating; however , to determine the location of any one GPS device, considering the alerts of four of the people satellites is enough. GPS is made up of three sections: Space, Control and End user. The Space Portion is composed of 24 to 32 satellites in Medium Globe Orbit and in addition includes the boosters needed to launch these people into orbit. The Control Segment is composed of a Expert Control Place, an Alternate Master Control Station, and a number of dedicated and shared Floor Antennas and Monitor Stations. The User Segment is composed of hundreds of thousands of U. S. and allied military users of the secure GPS Precise Placement Service, and tens of an incredible number of civil, commercial and technological users from the Standard Setting Service GPS DEVICE satellites transmission signals by space that GPS receivers use to present three-dimensional site (latitude, long,, and altitude) plus correct time.
Thinking about having a satellite tv navigation system goes back to 60 already. It was when the first such program, Transit, that was used by the Navy, was tested successfully. At the time, it used just five satellites. Approximately when an hour, it would tell you to were thanks to those five satellites. About ten years afterwards, in the 1970s, the first throughout the world radio navigation system was...


SaskTel’s 5G rollout will serve to strengthen
A SaskTel 5G tower overlooks downtown Saskatoon.
5G is the fifth generation of wireless technology, and like previous evolutions in wireless technologies, 5G will offer higher performance. improved efficiency, and new user experiences that will help to establish and connect new industries in Saskatchewan.
SaskTel has already begun rolling out its 5G network in Regina and Saskatoon and expects to invest over $500 million to convert its entire wireless network to 5G over the next five years. The network already delivers hyper-fast data speeds that will increase over time as the network matures allowing customers to connect faster than ever before.
“When we talk to customers, we tell them that technology is no longer a barrier to innovation,” said Mike Stefaniuk, SaskTel Director – Business Development (loT & Digital Transformation). “SaskTel’s commitment to 5G just further highlights that point, and although the new services and things it will support are not clearly defined, the nature of the network and its flexibility mean the possibilities are wide open.”
When the 4G network went online in the early 2010’s it triggered the smart phone revolution which was the catalyst that gave rise to app-based transactions that have become a cornerstone of the modern economy. 4G networks also led to the wide use of video streaming services and mass adoption of social media.
The introduction of 5G networks is expected to have a similar impact on the world, as this new powerful technology will enable a wider adoption for smart technologies that will be the foundation for next-generation innovations in nearly every major sector and industry. This includes advancements in Agri-tech, smart cities, virtual healthcare, Internet of Things (loT) solutions, self-driving cars, and virtual reality.
“Ultra-low latency means less delays, which will allow decisions to be made more quickly.” – Jeremy Gabel, SaskTel Director – Technology
According to a recent report from PricewaterhouseCoopers LLP Canada (PwC), these innovations, along with many others, could help to increase Western Canadian GDP by $34 billion annually by 2035.
A 5G tower pictured in the sunset (Photo courtesy of Getty Images.)
As the new digital economy emerges, the number of loT connected devices in Canada is expected to more than double, climbing to approximately 270 million. This wider adoption of connected devices will be supported by 5G networks that, in addition to being hyper fast, will evolve into having an extremely large capacity for device connections while also delivering ultra-low latency.
“Ultra-low latency means less delays, which will allow decisions to be made more quickly,” said Jeremy Gabel, SaskTel Director – Technology. “For instance, that could mean a piece of manufacturing equipment is able to recognize an impending failure or safety situation and can act immediately to safely shut down the equipment and avoid damage or injury.”
At present, SaskTel’s 5G network covers parts of Saskatoon and Regina, including Regina’s downtown business district. Coverage will grow throughout the year and will blanket the majority of both cities by the end of 2022. From there, SaskTel will look to expand 5G coverage to the rest of the province as quickly as possible.
For more information about SaskTel’s 5G network please visit: https://www.sasktel.com/wps/wcm/connect/content/home/wireless/coverage-and-travel/network


If you are sitting down to watch Apple TV but it won’t turn on then that feeling is worst than ever. If your apple device also suffers from the same problem then you have to follow the following steps to turn it on.
There are certain reasons for Apple Device not turning on like cables, power and connections. These problems are easy to fix and certain steps that help you fix the device.
The troubleshooting of the apple device can be done by firstly locating the indicator. This indicator is located at the front of the LED. The LED is on when your device is working properly but if the LED doesn’t Turn On then you are facing a certain issue.
Steps to Troubleshoot the Apple Device:-
Following are the basic steps of troubleshooting an Apple Device:-
Restart The Apple TV:-
If you are facing any issue while turning on your device firstly you have to restart the TV by unplugging it and then wait for 5 seconds for plugging it again. A restart of Apple Tv can fix the problem and resolve any issue related to the Apple device.
Reseat the HDMI cable:-
To reseat the HDMI cable, remove the HDMI cable from the Apple device and the LED. After 4-5 seconds plug both the ends back on the device. This procedure resets your network again and you can watch your TV with no difficulty.
If you are still facing the problem you need to take the help of the technician because maybe the problem is with the internal machinery and not with the network. Sometimes the HDMI cable defected or breaks from somewhere which is responsible for network breakage. In that case, you need to change the HDMI cable.
If you are facing an issue with the Apple TV and it won’t turn on you need to check the HDMI input. You need to check if the HDMI is in the correct input or not. If the HDMI input is incorrect to need to select the correct HDMI input and your Apple TV works. If your Apple TV has multiple inputs of HDMI then you need to select the HDMI 1 or Input 1.
Restore the Apple TV Software:-
When the Apple TV status indicates the flashlight for more than a minute then your Apple device is facing a network issue. For that, you need to connect your device again or restart your wifi. Sometimes the device is facing a software problem and this problem is restored by your PC or Mac.
There is a certain amount of Troubleshooting for the Apple TV that can perform by sitting at home. If by doing all the above troubleshooting Apple device doesn’t work you need to call the Apple Support Number and take your TV to the nearest Service centre.
The above article helps you to know the various troubleshooting ways of Apple TV and resolve them at home. If these troubleshooting ideas didn’t work you need to call on the Apple support system and ask them for help.


According to the site, "We start off with a brief history of the study of the brain. Then we describe some of the more important large-scale components and their specific functions (for example: memory and vision). We then discuss the brain's fundamental building blocks - the brain cells or the neurons. The mechanism of operation for a single neuron is outlined, and how that contributes when many neurons are networked together. We will come to the conclusion that the brain represents an incredibly complicated system with very sophisticated abilities. It is one of the aims of research in Artificial Intelligence to comprehend these processes in order to build intelligent machines."


So today I started working at Altran Benelux in Leuven again, working on picoTCP. picoTCP is an open source TCP/IP-stack for embedded devices they’re developing from scratch with an eye on the ‘Internet of Things’. I’ve already worked there for a couples of times as a summer intern, implementing mDNS and DNS-SD for example, two IETF protocols allowing Zero Configuration Networking. Last year I began with implementing a 6LoWPAN adaption layer for pico. I succeeded in implementing a raw version of 6LoWPAN, including the foundations for a link-layer mesh protocol allowing mesh routing in the LoWPAN. This implementation however, was rather immature and definitely not ready to be released. This year, I plan to refactor the module, which is over 3000 lines of code, into multiple layers, complying better with the architecture of picoTCP and the TCP/IP protocol stack. Today I started with planning and designing for the refactoring. For more information about 6LoWPAN I refer to the book 6LoWPAN: The Wireless Embedded Internet.
The stack and 6LoWPAN
The idea is to split the module, how it is now, into multiple layers. These layers are represented by three modules in picoTCP, pico_sixlowpan, pico_ieee802154 and pico_ll_mesh.
When the IPv6 layer wants to send a frame over the LoWPAN it calls
pico_datalink_send(...). On initialisation of a 6LoWPAN-device, the link layer mode of the device has to be set to
By setting this mode, the stack knows that if it receives a frame from the IPv6-module, it has to be sent through the 6LoWPAN adaption layer prior to handing it over to the
device driver. So the stack enqueues the frame in the outgoing frame-queue of the 6LoWPAN-layer. On another time, the scheduler calls the generic processing function for
all the protocols in picoTCP called
pico_process_out(...). This is where all the 6LoWPAN magic happens.
So, the 6LoWPAN layer dequeues the frame from it’s outgoing queue to process it, what has to happen next? First, it has to check if the frame fits inside a single IEEE802.15.4 MTU of 127 bytes.
6LoWPAN doesn’t get the full 127 bytes however, IEEE802.15.4 also needs a part of it for its MAC header and FCS at the end. To check this it calls
This function is called with the IPv6 source and destination address as additional parameters. This is because, if the IPv6 header is compressed the link layer can no longer derive
the addresses easily from the frame, so if the 6LoWPAN adaption layer compresses the frame, it is important that it remembers the destination and source address.
Based on these IP addresses, the link layer derives the L2 addresses from the IPv6-ND tables. It could be that link layer meshing is enabled on the interface, so the IEEE802.15.4 can determine
how many bytes it additionally needs on top of it’s actual MAC header itself. From these estimations, the module can either decide to enqueue the frame directly into its outgoing frame queue to
process it later on (shown in figure 1 below). OR, the link layer can find the IPv6 payload to big to fit in a single frame and can return the amount of bytes available in the link layer frame for
Based on this size the 6LoWPAN adaption layer can start compressing the frame and if needed, even fragmenting. If fragmenting is required, the module copies a chunk from the
entire packet and initializes a cookie identifier inside the
pico_frame. Then it inserts a cookie for that frame in a tree, and indicates to the stack that transmitting “failed”.
When the failure is indicated, the stack will not immediatelly discard the frame, but will try later on. Only when every fragment is sent, the adaption layer indicates a success and
the stack can safely discard the frame.
So eventually, the frame will be inside the IEEE802.15.4’s outgoing frame-queue, and the scheduler will call the module’s processing function. This is the time where the MAC header is provided optionally a Link Layer Mesh Dispatch header is prepended before the 6LoWPAN-frame itself. Finally, the IEEE802.15.4-module call pico_sendto_dev to enqueue the frame in the device-driver’s outgoing frame queue. At some time that the scheduler likes, it iterates over all the devices, the frame is dequeued from the device’s queue and the frame is sent through the device driver where the frame is transmitted through it’s radio.
That’s how the sending side briefly works. There’s a lot more going on, of course, but that would lead me too much into detail. How the adaption layer itself works, with compression and fragmentation is probrably for a following post. But the next post will be about receiving, reassembly and maybe already IPv6 Neighbour Discovery.


AN-DI Bioplasma therapy (Dr.Sakian)
The Bioplasma-Generator is an energetically active instrument/apparatus, which isn’t physically touching the biological object (e. g. body), but evokes a luminescence in the “biological active points” (BAP) and:
a) shows results in the frequency of the visible spectrum and
b) in the mean time treats and corrects them.
The working of the Bioplasma-Generatoris based on electric oscillation.
All beings have an identical electrical voltage effect and their oscillations are recorded through periodic top vibrations of electric loaded particles. The different behaviour of the electrically loaded particles is shown by the luminescence of the BAP`s in all living organisms.
A quasi-periodic top vibration of distinctly loaded particles is created, with the electric oscillation (within the exits of the electrodes), so that the location of impact is automatically shown. The impact of these particles takes place from 5 to 20 cm above the surface of the body. This evokes the luminescence of the BAP`s on the surface of the living organism.
These BAP`s contain information about the pathology of an organ, or group of organs, for the present, from the past and also for the future, allowing an early diagnosis. The correction automatically takes place during the examination of the points while the pathological information is being transmitted.


Light Control Sensors are the kind of sensors that use complicatedmethodology to sense the presence of light to ON or OFF thelighting fixtures.
Benefits of Using Light Control Sensors• Low power consumption• Optimum brightness• Compact design• Low heat emission• Automatically switches on and off according toavailable daylight
Area of Application• Townships• Industrial streetlights and floodlights• Signage boards• Street lights under Nagar Nigam Yojana
SN-PC300 Smart Light Control Sensor
SN-PC302 Smart Light Control Sensor


Categories: Interactive Installations
Date: August-November 2018
The multimodal haptic design installation “Así se siente mi Barrio ” was the result of the selection to participate in the artistic residency Me Sobra Barrio 2018 of the Image Center that was carried out in collaboration with Carlos Guerrero, Angélica Martínez and Cristina Rivas. The objective of this project was to carry out a collaborative workshop for the creation of haptic images from which the results would later be exposed in an interactive format. Haptic image is understood as the representations made by people with visual disabilities, which reflect the concepts and mental images from multisensory stimuli. Also the module received an Honorable Mention in the 2019 National Design Award, within the Experience Design category.
For the creation of the interactive module, a participatory process was carried out through the conduct of various sessions, some in which narratives of each participant regarding their experience of La Ciudadela (Place where was made) were shared, one of tours of the various funds of the library, a drawing session and others for haptic co-creation and revision. These sessions allowed us to understand and design an installation that could show the drawings and stories of each one of them regarding how each of the participants perceives the space.
Derived from an observation process, interfaces that blind and visually impaired people use in the library were selected, and the Sara device, developed by Freedom Scientific, was particularly highlighted. This device scans the text placed on its tray, and through Voice software reads the text to the user. Based on this device, we searched for a technology that could have a similar dynamic for the recognition of drawings. For this reason, it was decided to cut the drawings into MDF tablets so that users could feel the drawings made by the workshop participants, and an RFID (Radio Frequency Identification) code was placed on each tablet which, when placed on the Installation allows the user to listen to the audio of what the person had drawn.
In the installation a Raspberry Pi 3 b + reduced board computer was used and through its GPIO ports an RFID reader RC522 was connected, an LED to demonstrate the status of the installation which could be modified by two buttons, one for shutdown and another to restart. Additionally, a 2-channel relay module was connected, to which they were connected to speakers and headphones through a 3.5mm audio splitter and which alternated, Occasionally people were invited to test the module and they were given the instructions. If an individual placed a drawing on the module, the signal was transmitted to the hearing aids.
As an additional activation to the module, an audio tour was generated with the various testimonies collected from the tours with the workshop participants, and groups of people with visual disabilities were invited to participate, as well as the general public (they were invited to do the tour blindfolded) and thus visit the various areas of the library.
The module was shown in the Franz Mayer Museum from October 16 to 25, 2019 and in the Library of Mexico: October 20 to December 15, 2018 Universidad Autónoma Metropolitana: December 2019.


BMB is fSONA's Partner
Responding to its clients’ needs for easy and quick fixes to their connectivity problems, BMB offers fsona Optical Wireless Connectivity solutions.
Unlike radio and microwave systems, no spectrum licensing or frequency coordination with other users is required, interference from or to other systems or equipment is not a concern, and the point-to-point laser signal is extremely difficult to intercept, and therefore secure. The SONA beam’s high-powered laser transmitters are able to penetrate heavy rain, snow and fog far more effectively and consistently than any other available FSO technology.
fSONA Transmission Rate can go from 100 Mbps up to 1448 Mbps.
fSONA Networks manufactures the highest-quality, highest-performance, free space optical wireless communications equipment on the market today.
Designed to provide simple, easy-to-integrate, and most importantly, cost-effective solutions for last mile access, LAN bridging and PCS/Cellular backhaul applications, the SONAbeam™ product family offers Network Operators, Military, Government, Service Providers Education and Enterprise Customers an ideal solution to their connectivity problems and bridges the last mile gap with unmatched simplicity and performance.
Whether you're expanding a SONET/SDH, Gigabit Ethernet, PCS/Cellular backhaul or Metro LAN network, SONAbeam™ takes the complexity out of urban broadband transport so you can realize the full power of carrier-class optical wireless communications - at a fraction of the cost of radio frequency (RF) and fiber installations.
fSONA wireless backhaul technology lets you easily extend your network to areas where cable or fibre installation costs are prohibitive, or where no rights-of-way exist, which will lead to:
- Seamlessly and securely interconnecting Networks
- Safety and Security made simple and seamless by easily extending our IP Video Surveillance solution with a high quality images
- Gain Control over the network and eliminating the Leased Line costs
- Create your own private network
- Easily deploy Disaster Recovery sites
fSONA delivers optical wireless connectivity solutions that bridge network gaps with unmatched simplicity and performance. From point-to-point connectivity to meshed networking architectures, the SONA beam’s protocol transparent technology gives military, government, service providers, Education, and enterprise customers alike the unique ability to integrate free space optics (FSO) quickly and easily into any existing network.


The answer is Yes! To broadcast using your mobile device please follow the steps below:
Open your mobile browser and log-in to your model account.
Click on the menu button on the top right corner of the page.
Then click "Start Broadcasting".
Unfortunately, the mobile broadcasting technology we use on our site is not supported by all the devices out there. You won’t be able to broadcast using Honor, ZTE or Huawei smartphones. Overall, we can’t recommend any Chinese phones due to technological incompatibility, but here’s our list of recommended devices for mobile broadcasting: Samsung Galaxy S8+, S9, S9+, S10, S10+, iPhone 7 and above, Google Pixel 2, Sony Xperia, and tablets.
Note: The mobile version is available for Android through Google Chrome and iOS devices through the Safari browser.


The Benefits of IoT in the Reduction of Energy Usage
Internet of Things devices (IoT) have proven its use to people, making these devices in demand in the market. These devices can make you save a lot of your money from your big bills with its ability to lessen your energy usage. There are a lot of ways that you can use IoT inside your very own home, which you should definitely need to know in order to start saving. This article contains tips that you can use in order to save your money and energy at home through the help of Internet of Things.
1. The Best Remote Control
You can now control the temperature of your home before even stepping inside. A lot of air conditioning devices have timers, which are good in saving energy. This way, a person can control the temperature and the time that the air conditioner will function, which can be done by staying inside the house. If you want something that will upgrade your experience, you should pick IoT devices. An IoT device will let you control the temperature inside your home whenever you want to do so, which is a breakthrough that you should take advantage. All you have to do is to have the mobile application which will make you control the cooling or heating system in your home even if you are in a different location, which is definitely a kind of advancement that you should experience.
2. Know More About Smart Meters
Smart meters are able to record the energy amount that has been used in your home, which will make you know where you have wasted so much energy. By just checking your usage through your smart meter, you will know how you can lessen your energy consumption, such as reducing your use of your air condition, which will make you save money. If you care about your environment, you can improve by using a green energy solution, which includes solar energy from Semper Solaris.
3. Doing Smart Driving
If you think that saving energy can only be applied in your home, then you must think again, especially that you can still show your concern to the environment with the help of the car you use and the fuel you buy. Even drivers can use many IoT devices which will help them become wise drivers who are longing for a greener environment. These devices are made in order for drivers to know the energy consumption of their vehicle, making them move right away in order to save energy. You will be amazed at how smart devices can make a car run on its own. Google has created cars which can drive without the need of a driver.


Discretion and comfort in sanitary installations
With its silent operation and compact construction, the V2A can be discretely fitted into the inhabited space of the dwelling inside a cupboard, loft space or ceiling void. This fan can serve up to two demand controlled extract units located in ”wet rooms” (such as kitchen, bathroom, WC). With a very low power consumption ECM motor (Electronic Commutation Motor), the V2A can provide highly efficient air renewal without being noticed.
- Silent: only 33dB(A)*. ECM motor, strong soundproofing.
- Low energy consumption: only 5.5W*.
- Constant pressure: special for demand controlled extract units.
- Easy to install: not cumbersome, directly installed in inhabited space (wall cupboard, etc.).
- Easy to maintain: simple annual cleaning of the filter, easily accessible without tools.
- 12 VAC output: supplies up to two electrically powered extract units (where used).
The ECM motor (Electronic Commutation Motor) of the V2A is regulated by an electronic board, which controls the speed and enables the maintenance of a constant pressure at around 80Pa, allowing the airflow to be proportional to the variable cross section of the two connected extract units. Consequently, electrical consumption and noise emission are kept at their minimum.
Thanks to its silent operation and compact construction, the V2A can be installed directly into the inhabited space, (such as a cupboard, loft space or ceiling void). Maintenance is facilitated by close its proximity to the occupant, and by the removable filter which is easily accessible without need for tools.


The last thing you want to deal with is a dead battery in your BMW. Every car has a rechargeable battery that powers the headlights, cabin lights, and provides the means to start the car. It’s the first source of electrical current that enables the starter to begin the combustion process for your engine.
After that initial burst of electrical power from the battery, the alternator keeps the electrical systems working in your BMW. The alternator converts mechanical energy from the engine into electrical energy. The battery doesn’t have enough power to do that, but …Read More
In today’s day and age, cars are becoming more reliant on electricity. Whether they are using this electricity to aid in driving or using it for the cabin’s creature comforts, electricity is needed heavily for our vehicle’s complex operations. Given this reliance on the system, and the extreme voltages running through cars, there are bound to be electrical issues.
Spotting these electrical issues when they occur and get them fixed by a professional is the best way to keep your vehicle functioning at the level designed. Furthermore, serious electrical problems can be detrimental to the overall health of your …Read More


Definition: E-documents, an abbreviated term for electronic documents, are documents that exist only in electronic form such as data stored on a computer, network, backup, archive or other storage media. Examples of documents subject to e-discovery are e-mails, voicemails, instant messages, e-calendars, audio files, data on handheld devices, animation, metadata, graphics, photographs, spreadsheets, websites, drawings and other types of digital data.
Also Known As: Electronic documents, electronic data
Alternate Spellings: edocuments
The plaintiff requested the defendant to turn over all of his e-documents, including the data on his Blackberry.


Our research is highly multidisciplinary. We integrate our solid foundations in nanomaterials chemistry and spectroscopy with fundamental concepts of physical chemistry, physics, materials science, and biomedical engineering, to address important problems within the healthcare and energy frameworks. We believe in using our knowledge and discoveries to provide solution to societal problems at the global level.
We are focusing in particular on devising improved methods for screening and stratifying cancer patients with truly quantifiable tools that integrate current histopathology approaches, or designing and building intracellular tags that can monitor how RNA viruses evolve in host cells, to aid in the design of novel vaccines. From the energy standpoint we have been interested in understanding how gold nanoparticles can improve the efficiency of photovoltaic devices, and we have recently shown that gold nanostars can catalyze water splitting and hydrogen evolution by simply absorbing solar radiation.


Computer Science Education Week is an annual call to action to inspire students to explore computer science, advocate for equity, and celebrate the contributions of many to the field. At Country Day, innovative and intelligent use of technology helps to deepen learning, foster collaboration, and provide students with real-world, problem-solving skills. Computer science happens throughout the year in intentional ways to prepare our students for the digital world.
While computer science and educational technology are embedded throughout our curriculum, this week provides an opportunity to celebrate the contributions of Grace Hopper to computer science and the Hour of Code. Lower School students are exploring coding through the tools such as a block coding website (code.org) and Scratch, Jr. Block code is used to build programs to solve puzzles helping young students to understand the concept of coding to achieve goals or solve problems. Scratch, Jr. is a natural step up from several experiences with block coding allowing our young students to experience coding as problem solvers in a creative digital setting.


Forget about those high priced magnifiers, get the job done easily with the best HD quality technology!
This Product is Great for Everyone!
The 1000X Microscope has 8 LED lights built in with a dimmer switch to adjust it to a brightness which suits your surrounding light and time of day.
On the side, we have the 1 click Snap Shot button which will instantly take a photo and save to your computer and a one-click zoom button to easily switch to your zoomed in presets all the way from 40x to 1000x!!


Our Asset Tracking solutions include several advanced IoT components and modern design. In November of 2017 RCT won the Rural Crime Challenge innovation award, and has been rapidly developing prototypes for several markets where asset tracking or asset security is required. Founded on a drive to secure bee apiaries, our software and hardware has gone through several iterations and is ready for further testing scenarios. Our solution is practical for asset tracking, asset monitoring, power state monitoring, temperature monitoring, and much more. We develop using the future as our model, and believe in being ahead of the curve to innovate new solutions for traditionally difficult to secure problems.
RCT currently works with Governments and Law Enforcement to provide custom designed asset security solutions. We tailor our solution to your requests, and custom build component level specifications which mate with web apps, mobile apps, cloud databases, and other data linked tools. Our innovations are unique, advanced, and proprietary to the marketplace. Our software is also customized to meet exact needs of our clients.
Our asset trackers currently have several packaging and activation options. We offer unique options for unique requirements.
If you would like to acquire an asset tracker customized to your needs for testing purposes we are currently accepting orders for customers willing to work with us on a trial basis.
Call us for more information at 306-986-8888.


Vitel Cabling is a specialist in the design, installation and maintenance of Fibre Optic, Computer and Phone cabling. Whether you are looking for just one additional outlet or a large scale project we can help. We’re a team of perfectionists with years of experience and we’ll make sure your data cabling installation completely meets your specification and is carried out professionally.
Choose from a wide range of data cabling solutions, from one-off cabling projects to ongoing network infrastructure support. Our accredited engineers, warranties and industry-leading expertise give you total reassurance across a full range of installations, including
We install Structured cabling networks (Cat 5e/Cat 6 cable to network all your computers to a common point, which is normally housed in a data cabinet). This can also be used for multiple services such as phone, security cameras, TV extension and audio.
If you would like to find out more about how we will get your data cabling or infrastructure projects right first time, talk to our team today. With highly skilled people ready to assist, you are guaranteed a rapid and effective response.


DSE901 Mini Electronic Cigarette Discount From Totally Wicked E Liquid
Electronic cigarette? Did you hear that right?
With technology increasingly becoming ubiquitous in every aspect of modern life, there’s no reason why the cigarette smoker should feel left out. Enter the DSE901 electronic cigarette, or as the people at Totally Wicked prefer to call it, the ENI, Electronic Nicotine Inhalator. In simple terms, an electronic cigarette, also called a vaporizer, is a battery-powered device that provides inhaled doses of nicotine by way of a vaporized solution. First developed in China in 2003 and introduced to the West three years later, electronic cigarettes took Europe and the US by storm. Their popularity is growing by the day and current users number more than 300,000.
Electronic cigarettes like the DSE901 have a lot of advantages over their traditional counterparts. Not only does it save the smoker the problems of lighting up and shaking off the ash, it does away with combustion and smoke altogether, thereby preventing non-smokers nearby from getting disturbed. Moreover, many of the harmful effects of smoking due to the presence of carcinogens and carbon monoxide are absent in a vaporizer, and the user does not suffer from bad breath or stained teeth. Additionally, it often serves as a fashionable accessory for the technology-conscious smoker, also called a vaper.
An electronic cigarette is usually in the form of an elongated tube, though many are designed to resemble the outward appearance of real smoking products, like cigarettes, cigars, and pipes. Another common design is the “pen-style”, so named for its visual resemblance to a ballpoint pen. Most electronic cigarettes are reusable devices with replaceable and refillable parts. A number of disposable electronic cigarettes have also been developed. Vapers describe traditional cigarettes as analog as compared to the modern digital versions they use. Of all the electronic cigarettes available in the market today, Totally Wicked’s DSE901 Platinum Electronic Cigarette has proved to be very popular, especially among beginners. Before examining the product, let’s have a look at the company.
Totally Wicked is a UK-headquartered company which has revolutionized the field of electronic cigarettes with their innovative products and excellent customer service. The company, which also has an office in the US, offers a wide range of products for the experienced vaper, or someone looking to be one. These include ENIs or electronic cigarettes, E-liquid or liquid nicotine in different flavors and strengths, accessories, etc. Providing hassle-free purchases over the Internet via fully-secure protocol, Totally Wicked offers an excellent electronic shopping experience for electronic cigarettes like the DSE901 and more.
The DSE901 kit comes in beautiful, functional packaging with the following:
- One platinum atomizer
- Two special batteries with Motorola microprocessors in platinum with blue LED
- One battery charger with US plug adapter
- Five cartridges of mixed nicotine levels
- Two cartridge holders
- One user manual
The atomizer is the heating element that vaporizes the liquid nicotine for inhalation. The batteries can be charged separately using the charger, with the LED color blinking red when charging and changing to green when fully charged. It takes around 2 hours to charge a battery, giving 3 hours of usage time. The LED starts flashing when the battery requires to be charged again. The cartridge holder holds the cartridge with the nicotine-soaked polyester wool. When in use, the air flow due to inhalation sucks the liquid nicotine to the atomizer where it is converted to vapor. Each DSE901 cartridge lasts for around 50 inhalations after which it has to be replaced or refilled.
The DSE901 is one of the easiest to use the long-standing best electronic cigarette models out there. Moreover, with its shiny, polished platinum finish, it grabs attention wherever it appears. There are tons of videos on video sharing sites like YouTube extolling the virtues of the DSE901. And for $49.99 at Totally Wicked, it won’t cost you much to move away from the analog age as far as your smoking needs are concerned. All Totally Wicked products come with a 28-day guarantee. However, customers must know that the different components of ENIs such as atomizers and batteries have limited lifespans, especially under continuous use (an electronic cigarette atomizer’s natural lifespan is around 14-60 days, while an electronic cigarette’s battery’s expected lifespan is 2-3 months). To prevent supplies from running out suddenly, buyers of ENIs often stock up on extra supplies of atomizers, batteries and E-liquids.


As technology continues to advance at an unprecedented pace, its impact can be seen in almost every industry. The world of situs slot online is no exception, as the integration of cutting-edge technology has significantly transformed the way we play and interact with these games.
In this article, we will explore how technology has influenced the development of online slots, from the introduction of video slots to the rise of mobile gaming. We will examine the various features and advancements that have contributed to the popularity of online slots and how they have changed our perception of traditional slot machines.
Video Slots: A New Era in Gaming
The introduction of video slots was a game-changer for the slot machine industry. Instead of using mechanical reels, video slots used digital screens to display the symbols, paylines, and bonus features. This innovation not only enhanced the visual appeal of slots but also opened up new possibilities for gameplay.
Players could now experience a wide range of themes, animations, and special effects that were simply not possible with mechanical reels. Video slots also allowed developers to incorporate multiple paylines, which significantly increased the chances of hitting a winning combination.
Random Number Generators: Ensuring Fair Play
One of the key factors that have contributed to the success of online slots is the use of Random Number Generators (RNGs). RNGs ensure that each spin of the reels is completely random and unbiased, making it impossible for players to predict the outcome of any given spin.
This not only ensures fair play but also adds an element of unpredictability and excitement to the game. In addition, RNGs allow developers to create more complex and sophisticated games, with multiple bonus features, free spins, and other rewards.
Moreover, a land-based machine’s variety of games will depend on where it is located. For example, a local pub might only have two or three machines, while a bigger casino will offer a much wider selection. In addition, land-based slots tend to be less transparent about their payout rates and volatility.
Mobile Gaming: Playing on the Go
The proliferation of smartphones and tablets has revolutionized the way we consume entertainment. Online slots are no exception, as developers have created mobile versions of their games to cater to players on the go.
Mobile gaming has made online slots more accessible than ever before, allowing players to enjoy their favorite games anytime, anywhere. In addition, many mobile slots offer touch-screen controls and optimized graphics, making the gaming experience even more immersive.
Virtual Reality: A New Frontier in Gaming
As technology continues to advance, the possibilities for online slots are virtually endless. One such innovation is Virtual Reality (VR), which creates an entirely new dimension of gaming.
Using VR headsets, players can enter a virtual casino and walk around, interact with other players, and play slot machines as if they were in a real-life casino. This not only adds a new level of immersion but also provides a social aspect to online gaming, which was previously missing.
Artificial Intelligence: Personalizing the Gaming Experience
Another technology that has the potential to revolutionize the online slot industry is Artificial Intelligence (AI). AI algorithms can analyze a player’s behavior and preferences, allowing developers to create personalized gaming experiences.
For example, AI could suggest specific games based on a player’s past behavior or provide customized bonuses and rewards. This not only enhances the overall gaming experience but also increases player satisfaction and loyalty.
The influence of technology on online slots cannot be overstated. From the rise of video slots to the emergence of VR and AI, technology has significantly transformed the way we play and interact with these games. As technology continues to advance, we can expect to see even more exciting innovations and developments in the world of online slots.


Digital cum Computerised Torque Tester
Torque Tester â Digital cum computerised is a consistent tool to measure the force or torque required to open a closed cap of PET bottle. It gives Torque in digital format. The digital display is a high end sophisticated read out with Auto Tare (ZERO) set facility and Peak Hold arrangement. The test sample is placed in between the anti-slip holders/pegs for strong holding of test sample.
- Strong clamping pegs/holders for zero slip gripping support
- Digital Display for accuracy and repeatability
- In-house calibration facility
- Precise measurement of torque
- Adjustable clamping mechanism to hold different size of bottles
- Highly accurate torque sensor
- Easy to read LED display
- Provision to hold peak value in memory
- 9 Sample readings can be saved on digital readout
- Data output in digital display form
- Safety lock pin to eliminate extra force on the Torque sensor.
- A sample reading can be seen on - digital readout.
- Email facility of report
- Data can be tabulated in excel format
- Graph test report is Torque Vs Time
I-42, DLF Industrial Area, Phase-1, Delhi-Mathura Road, Faridabad, Haryana, 121003, India


Yesterday I challenged one of my co-workers to 3D print a fidget spinner. I told him that I believed it was impossible but nevertheless, OP delivered. When given a challenge, he takes pride in trying to accomplish the goal. He told me that he used a $400 Monoprice 3D Printer (Likely the Monoprice Maker Select…Read More Co-worker Creates 3D Printed Fidget Spinner
Every day we get closer and closer to an AI that can pass the turing test. From Siri to Alexa, there’s no shortage of artificial intelligence trying to make our lives just a little better. I can play some music or even turn off/on the lights with just a simple voice command. What else can…Read More I had an AI try to draw me, it was horrifying.


It is a media converter have 4x 10/100/1000 Base-Tx port, 1x100Base-FX port and 1x1000 Base-LX/SX ports, it makes telecom carrier's Ethernet deployment to be easy and cost-efficient.
It gives flexibility to service provider to connect the different Ethernet traffics (optical/electrical) like 10Base-Tx/ 100Base-Tx/ 100Base-FX/ 1000Base-LS/SX of different devices to extend service provider's reach cover over fiber from customer premise to network's edge with flexible function and low cost Ethernet access technology. It works not only for packet switch network, but also for ATM and SDH where the edge device has Ethernet tributary access port to enable carrier to utilize various network's resources. It transport traffic transparently and switches data flow from any ports to any other ports of all the 6 ports on layer-2. No need to config facilitate customer to Plug and play quickly.


We’ve talked about wonder-material graphene a few times on this blog and its very nature means it is continually associated with the biggest and best innovation ideas coming forward.
Spintronics uses the spin of individual electrons to encode data. Impurities found in most metals limit the current range of components available, or require many thousands of electrons to make any meaningful data encode. Graphene works differently. If it can be harnessed properly the range of a Spintronics device could rapidly expand from nanometres to millimetres, making commercial applications potentially viable.
Spintronic devices are already used in some – but not many – real world scenarios, featuring in some hard-drives and other memory devices, whilst research teams at The University of Cambridge have been investigating 3D processor designs using Spintronics.
For Spintronics to work efficiently, the metal base must be exceptionally clear, requiring very high quality metal, or for the metal to undergo a costly purification process.
Graphene holds the upper hand here. Using a chemical vapour deposition, one-atom-thin graphene wires are created, undergoing further deposition onto copper, followed by silicon-dioxide-on-silicon wafers. The result? Spintronics with a range of 16 micrometers, with a lifetime of 1.2 nanoseconds. I know, extremely short lived, minute memory storage – but it all has to start somewhere.
Research teams have a stated aim of creating a logical component similar to a transistor, using graphene and magnetic materials to develop storage devices. The eventual long-term goal of engineers is to create a viable technology to run alongside, if not replace semiconductors. Whether Spintronics can ultimately provide that technology, to be as powerful, as efficient, as useful and cost effective as traditional processors remains to be seen.
Image courtesy of: Victor Habbick / FreeDigitalPhotos.net.


Digital Tachometers ( Handy Type PH-200LC )
Get Free Quote
New Laser Digital Tachometer allows precise RPM measurement from 2 meters. Laser Non-Contact / Contact Tachometer.
• Contact or non-contact measurements can be selected by attaching the adapter.
• A single unit allows you to measure rotation speed, the speed of an object's perimeter, and the distance traveled along the perimeter.
• The minimum and maximum values, the final measurement, the last 10 measurements and the average of the ten measurements can be stored in memory.
• The energy-saving design allows long, continuous measurements using three manganese AA batteries.


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The CIO's Guide to Quantum Computing
Matthew Brisse, Research Vice President, Gartner
Quantum computing is currently rising on the Gartner Hype Cycle, and could become one of the most impactful disruptions of the modern era. Most people’s eyes glaze over when you try to explain the concept. And, yet, those in the know also fear the power of that same concept. How can something so misunderstood be poised to affect so many different areas across the spectrum of science and computing?
For CIOs, it’s critical to understand the reality of the quantum computing disruption and how it might become a practical platform for computing, machine learning (ML) and artificial intelligence (AI) in the future.
Is encryption at risk?
Some scientists have speculated that quantum computing would kill, or at least significantly weaken, cryptography. If true, this would jeopardize any business that relies on encryption. If a sufficiently powerful quantum computer becomes available within 10 or so years, any data that has been published or intercepted is subject to cryptanalysis by a future quantum computer.
Most security professionals believe that quantum computing will eventually render RSA cryptography and ECC useless but will not be able to effectively counter hash, code, lattice-based or multivariate-quadratic-equations cryptography until it has matured. Symmetric key cryptographic systems like Advanced Encryption Standard (AES), SNOW 3G, 3GPP and Kerberos are resistant to a quantum computing attack if they use a large enough key size. The problem is, we don’t exactly know how large a key, will be needed in the future.
However, it’s important to note that quantum computers will most likely never replace classic computers for general-purpose computing. They are probabilistic and not deterministic, but they do have a narrow set of algorithms.
What are the potential applications and impacts?
Despite the hype, this technology is still experimental and nascent.
Applying quantum algorithms to real-world problems will provide the greatest competitive advantage in future
On the Gartner Hype Cycle for Emerging Technologies 2017, quantum computing is climbing the Innovation Trigger phase. It currently offers limited business applications and can only run very specific quantum algorithms. Furthermore, the equipment is expensive, fragile, lacks standardization, with materials, designs and approaches varying wildly.
Gartner predicts that quantum computing-as-a-service (QCaaS) will be the predominant method used by data scientists to obfuscate this risk. Gartner recommends that organizations first focus on QCaaS to gain experience with quantum algorithms as they apply to business solutions. Because it’s a new field, everything must be built from ground up, plus it’s difficult to even comprehend the potential of the technology or the problems QCaaS could potentially solve.
However, the potential that quantum computing has for solving problems in ML, AI and big data, where classic computing limits potential, is driving a lot of innovation and growth among data scientists. Investors are putting millions of dollars toward the technology, and more than 50 companies, universities and research companies are working on development.
What are the applications?
Current and future applications for quantum computing will be narrow and focused. General-purpose quantum computing will most likely never be realized. However, the technology does hold the potential to revolutionize certain industries, including AI, cryptography, and even weather prediction.
For example, billions and billions of IoT devices are providing petabytes/ second of information, most of which is discarded because of the storage requirements. A weather prediction model might require millions of IoT devices, sensors, and external feeds such as satellite imagery and radar information all transmitting continuous data that ideally, could be analyzed instantaneously. Due to this, all this information would have to be loaded directly into quantum memory resulting in immediate analysis. This continuous analysis could potentially provide meteorologist with more accurate weather forecasting. Other applications include:
• Machine learning: Improved ML through faster structured prediction. Examples include Boltzmann machines, quantum Boltzmann machines, semi-supervised learning, unsupervised learning, and deep learning.
• Artificial intelligence: Faster calculations could improve perception, comprehension, self-awareness, and circuit fault diagnosis/binary classifiers.
• Finance: Quantum computing could enable faster, more complex Monte Carlo simulations, for example, trading, trajectory optimization, market instability, price optimization and hedging strategies.
• Healthcare: DNA gene sequencing, such as radiotherapy treatment optimization/brain tumor detection, could be performed in seconds instead of hours or weeks.
• Computer science: Faster multidimensional search functions, for example, query optimization, mathematics, and simulations.
Not every CIO needs to worry about quantum computing, but for now, those looking to explore the technology should focus their data scientists on the advancement of quantum algorithms and how they can be applied to solve practical business problems. Applying quantum algorithms to real-world problems will also provide the greatest competitive advantage in future.


The Nike+ SportWatch GPS powered by TomTom®: Never Run Alone Again
Think Less, Run Better
GPS meets indoor tracking capabilities in a watch you can take on the road, trail, treadmill or any other terrain. Outdoors, GPS technology pinpoints your location to accurately record your time, pace and distance. Indoors, the included Nike+ Sensor uses an accelerometer to give you the same data. Used together, GPS and the Sensor seamlessly calibrate to your pace so you get accurate stats wherever you run, even if the GPS signal gets interrupted.
Tap the screen to mark laps and activate the backlight during your run, and personalise the data that you want to see during your run. For direct connect, USB contacts are built into the watch strap; just plug the watch directly into a USB port on your computer to upload run data and recharge the battery.
Using GPS powered by TomTom with the Nike+ Sensor, you can start tracking your run instantly using QuickStart, and get accurate speed and distance information, indoors or out, even if the GPS signal gets interrupted. The Nike+ SportWatch GPS by TomTom tracks your time, distance, pace and calories burned, and it's heart-rate monitor compatible with the Polar Wearlink+ Transmitter. It also shows your mapped route, with pace data, and changes in elevation on Nikeplus.com. The Nike+ SportWatch GPS features a stopwatch and alarm, too.
You'll Never Slack Again
View your Nike+ history (up to 50 runs) and PRs, and receive Run Reminders when a run hasn't been logged in the past five days. Run a personal best, receive an Attaboy. You can also find new routes and set personal goals.
Get Hooked Up With Nikeplus.com
Join challenges and connect with friends as a member of Nikeplus.com, the world's largest running club. View routes that your friends have run or shared, find the most popular areas to run and share your run activity on Facebook or Twitter.
Before your first run with the Nike+ SportWatch GPS, visit nikeplus.com/downloads to download and install the Nike+ Connect Software. Then plug your watch into a USB port on your computer to set it up and charge the battery. Questions? Check out the FAQ page.
- English interface only
- Weight: 60 grams
- Nike+ Sensor, quick-start guide and USB cable (for hard-to-access USB ports) included
- One-year limited warranty
One size wrist-based band
38 x 257 x 15 mm (1.5" x 10.1" x 0.6")
66 g (2.3 oz)
Stores 8+ hours of runs
8 hours (with average use)
Backlit LCD with the ability to invert.
Display metrics and animations include:
Calories, Time (12 or 24 hour), Battery Status, Charging, Time Elapsed, Average Pace, Instant Pace, Stopwatch, Alarm, Distance, History, Records, Tap Functionality, Backlight, Laps, Intervals, End of Run Messages, Run Reminders, Attaboys
Works with a heart rate monitor
2.4 GHz receiver (proprietary)
Connect to your computer with the built-in USB or the included USB
DOWNLOAD THE FREE NIKE+ CONNECT SOFTWARE TO SYNC TO YOUR COMPUTER>
Mac and Windows OS supported
Nike+ SportWatch GPS
USB charging cable
Water resistant up to 5 ATM for dancing in the rain without a worry.
Nike+ is an ecosystem of digital products and experiences designed to measure, motivate and empower you to improve. By tracking your progress and allowing you to share your sports data, Nike+ offers you ways to measure up, compare, compete and excel. Learn more


The ground penetrating radar is a non-destructive technique who puts on use high frequency electromagnetic waves.
It is based on the propagation, reflection and the reception of electromagnetic waves, when it encounter a surface between two elements who possess different electrical proprieties a fraction of its energy (the wave) is reflected, received and measured by a captor.
The reflected wave is a witness of what we call the reflector who is the contrast of electrical impedance between two elements.
The georadar is used in many domains:
- Radiography of the sub-surface
- Characterization of the shod
- detection of cavities


Morphine-3-glucuronide-induced sensory neuron excitation is likely due to effects on voltage-gated sodium channels. (A
B) Representative current traces from acutely dissociated control dorsal root ganglion (DRG) neurons evoked by 200-ms steps in 5-mV increments applied from a holding potential of −100 mV. (C
E) Peak current densities (pA/pF) of DRGs exposed to extracellular recording solution (control) or 3 μM morphine-3-glucuronide (M3G) for 5 minutes. Tetrodotoxin-sensitive (TTX-S) current densities were estimated using a pre-pulse inactivation protocol (500 ms pre-pulses) with a 0 mV test pulse as well as using post hoc kinetic subtraction
. Tetrodotoxin-resistant (TTX-R) current densities were made in the presence of 500 nM TTX to pharmacologically isolate the properties of voltage-gated sodium channel (NaV)1.8 and NaV1.9 currents. TTX-R NaV1.8 currents were estimated from the current elicited from a 150 ms pulse to 0 mV from a holding potential of −100 mV whereas TTX-R NaV1.9 currents were estimated as the current remaining during the last 15 ms of a 150 msec test pulse to −60 mV from a holding potential of −100 mV(*P < 0.05, versus control). Error bars indicate mean ± SE from at least 10 cells per condition. Small- and medium-diameter DRG neurons were used for these experiments.


Visualize the three-dimensional arrangement of vascular bundles using
cone-beam optical tomography
--Pan, SJ; Shih, A; Liou, WS; Park, MS; Wang, G; Cheng, PC
Adopting from the methodology and algorithm used in X-ray cone-beam tomography (Wang and Cheng, Zool. Studies, 34: Sup. 1. 159-161, 1995), a cone-beam optical tomographic imaging system (Figure 1) has been developed at our laboratory to visualize the three-dimensional arrangement of vascular bundles. Leaf sheaths (Oh43) were used to test the imaging system. Tissues were fixed in 3:1 ethanol/acetic acid mixture, washed in running water, stained in Schiff reagent, dehydrated in acetone, and cleared in methyl salicylate (MS)(Cheng, MNL 69:28-29, 1995). The procedure produced a highly cleared tissue with a relatively homogeneous refractive index and minimum scattering. The vascular bundle and cell wall stained in magenta. A Kodak Wratten #25 red filter was placed in front of the light source to reduce scattering and contrast. The specimen was rotated by a stepper motor in a rectangular glass container filled with MS. Projection images were captured with a cooled CCD camera (equipped with a Kodak 1400 CCD chip) at 12-bit dynamic range at 1277x1004 pixels. In order to maximize the depth-of-focus of the close-up lens (Olympus OM 50mm macro lens), aperture setting of f/22 was used. One hundred equiangular projections were obtained. Figure 2 shows two views of a rolled-up leaf sheath (half of a leaf sheath) obtained by the CCD camera. The generalized Feldkamp cone-beam algorithm originally developed for X-ray microtomography (Wang et al., IEEE Trans. Med. Imag. 12:486-496, 1993) was used for the three-dimensional reconstruction. Figure 3 shows a three-dimensional isosurface rendering of the leaf sheath and its vascular bundles.
The cone-beam optical tomographic technique demonstrated in this article can be used for visualizing plant structures in 3D. Since a volumetric data set is obtained from the tomographic reconstruction, viewing the specimen at any arbitrary angle can be easily accomplished by using a computer with appropriate software. It is important to note that the derivation of the original X-ray tomographic reconstruction algorithm was based on the X-ray absorption properties of the specimens. No consideration regarding scattering and refraction was given. Therefore, the reconstruction assumption in our optical tomography was also based on the condition that both scattering and refraction resulting from the MS-cleared tissue are negligible. If the specimen is not cleared entirely to a glass-like appearance, the optical tomography can not be performed reliably.
This article is dedicated to Professor Dr. D. B. Walden on the occasion of his retirement after many years of continued inspiration through discussions with his students and colleagues in the fields of genetics. This project was supported in parts by the Academic Development Funds of SUNY to PCC.
1. Schematic representation of a cone-beam optical tomographic imaging
Figure 2 (a and b). Optical projection images of half a leaf sheath viewed at two different angles.
Figure 3. Isosurface view of the three dimensional data obtained from 100 optical projections. Note the vascular bundles within the leaf sheath.
to the MNL 71 On-Line Index
Return to the Maize Genome Database Page


UEB Online is designed to be used with standard web technology (browser and keyboard) for training program and competency exam completion.
In addition, when used in Non-Visual access mode it can be used with assistive technology such as screen readers and refreshable braille displays for enhancing the experience for visually impaired learners.
While UEB Online can be used with different types and versions of various technology, there is a standard operating environment that we recommend for optimum completion of the course. We have found that the following combination of technology is best suited.
Note: When using Non-Visual Access Mode as a minimum you will need a computer connected to the Internet with a Browser and a Screen Reader. The use of a Refreshable Braille Display is optional as described below.
UEB Online is designed to work with a PC or Mac computer that must be connected to the Internet to access the program. We recommend the use of a computer with a supported Windows operating system (Windows 10 or later) as that will run the remainder of the recommended configuration.
Note: UEB Online cannot be used with a handheld touch device running either the iOS (e.g. iPad) or Android (e.g. Samsung Galaxy) operating systems.
We recommend the use of a recent version of either Firefox by Mozilla or Chrome by Google which are available as free downloads. Alternatively you can use a version of Internet Explorer or Microsoft Edge provided in your Windows operating system.
We recommend using either:
- NVDA, a screen reader available as a free download from NV Access which runs on Windows operating systems. A minimum of V2015.3 NVDA is recommended, or,
- JAWS, a popular screen reader from Freedom Scientific running on Windows operating systems.
Note: This is only required if you wish to take advantage of the assistive technology options as part of Non-Visual access Mode.
If you use NVDA screen reader, we suggest you use Mozilla Firefox as the browser for best operation.
Refreshable Braille Display
A refreshable Braille display is a piece of technology which is used in conjunction with the screen reader to produce a Braille output of the words being read by the screen reader. The pins on the braille display are moved up and down as needed to produce the 6 or 8 dot pattern corresponding to the letters or words being output by the screen reader.
The Braille display is a useful tool for a learner to be able to ‘feel’ the dots as they are read out verbally.
Every effort has been taken in UEB Online development to ensure that a refreshable Braille display can be used as part of the learning process. However there are a number of intrinsic interoperability issues which means the use is less than optimal.
An example of this is that as each word is being read out during the exercise data entry, the braille display is changed to reflect that. This means all previous content on the display is lost. As a result UEB Online is unable to produce a group of words simultaneously on the Braille display. Instead UEB Online focuses on ensuring that the current word being typed is reflected on the Braille display so that each word can be felt, rather than a sentence or group of words.
For this reason we suggest the use of a refreshable Braille display as an optional tool for learning only and is not a requirement to complete UEB Online.
Note: If using Non-Visual access mode, you must use a screen reader as well if you are using a Refreshable Braille display. You will not be able to complete the exercise content just using a Refreshable Braille display alone.
During development and testing we used the Focus 40 Blue from Freedom Scientific.
Note: If you are unable to access the combination recommended above then please contact us and we will attempt to guide you in your system setup.


Have you ever printed and not obtained the desired colors? This is because there are different color models: digital and printed. The first is called RGB and is used for digital media such as computer screens or television. The second is CMYK and is applied to printed materials, such as flyers, banners or posters.
The RGB model uses the primary colors red, green, and blue and uses a process called additive synthesis, which means that the color is projected with light, while CMYK uses the colors cyan, magenta, yellow, and black, but is printed using light, subtractive synthesis, which uses light reflected from objects to display the colors they repel. In a more summarized way: the digital format emits light and the print absorbs and repels it.
The digital format emits light, while the printed format absorbs and repels it.
Its main difference at first glance is the chromatic intensity that each one can reach. Its saturation. And it is that the RGB model can reproduce almost 17 million different colors, while the CMYK is limited to one million. Printing is stricter, so sometimes we don't get the result we expected.
To avoid surprises that can lead to a loss of money, we must always pay attention to the format of the document on which we are working. In Adobe programs it is very easy to select the color model we want to work with. For example, in Photoshop it will be enough to go to Image > Mode and select the one we want and in Illustrator we will have to display the Edit > Color Settings menu and establish the one that suits us best.


R & D PROJECTS
AiNT is very active in the field of research and development in the area of nuclear radiation measurement technology. We develop measuring methods and measurement systems for different applications as well as associated evaluation software and methods. In particular, AiNT is involved in the following publically funded projects:
ZEBRA (Non-destructive elemental analysis of hazardous substances and contaminated sites)
Development of an innovative measurement system based on P&DGNAA technology for environmental analysis including new evaluation algorithms in cooperation with the working group "Simulation in Nuclear Engineering" of the Center for Computational Engineering Science at RWTH Aachen University
PROMETEUS (Process of radioactive Mercury Treatment under EU Safety-standards)
Development and validation of a disposal concept for radioactive mercury and mercury-containing waste contingents In cooperation with the Institute for Energy and Climate Research - Nuclear Waste Disposal and Nuclear Safety at Forschungszentrum Jülich
Development of an innovative Multipeak Analysis Methodology
The fully automatic evaluation of gamma spectra, especially for industrial applications, is a challenge for which whether conventional software or satisfactory off the shelf solutions exists. Therefore, we independently develop novel methods of evaluation. We follow the maxim of using all available information for the evaluation in order to achieve complete results with the lowest possible uncertainties. Our approach is based on the simultaneous evaluation of all peaks of an element in the recorded gamma spectrum. In two steps, a so-called fingerprint of each element is first located within the spectrum in order to identify all elements contained in the sample. Then the main characteristics of the spectrum are mathematically reconstructed to determine a complete composition (w.r.t. mass fractions) of the sample.
This work is being developed in cooperation with the working group "Simulation in Nuclear Engineering" at the Center for Computational Engineering Science of RWTH Aachen University within the research project ZEBRA.
Determination of measurement uncertainties according to DIN ISO 11929
Requirements for the determination of measurement uncertainties in nuclear radiation measurement technology are laid down in DIN ISO 11929. These include procedural rules for the calculation of standard applications, a normative definition of important terms (decision limit, detection limit, confidence limits) and, in particular, the requirement for a complete and transparent documentation of both the measurement method and the method for determining the measurement uncertainties.
An uncertainty analysis therefore starts with the definition of the so-called model of measurement. The model can be given by a mathematical formula or by a computer program. Then follows a complete analysis of all parameters which influence the final measurement result. Uncertainties on these variables must be quantified or it is to be documented why uncertainties can be neglected (eg. those on physical constants with very low uncertainties). These individual uncertainties can be quantified by reasoned model assumptions (eg. the underlying statistics of counting measurements), repeated direct measurements or even simulation studies. The propagation of individual uncertainties and thus the uncertainty on the measurement result are determined by means of established calculation rules. A complete documentation of the measurement result then includes the result itself and the associated uncertainty, an indication of all influencing variables, their uncertainties as they were quantified, and the specification of the characteristic limits in a measurement report.
Development of a Gamma-Spectroscopy Software
We develop an in-house gamma spectroscopy software for the prompt and delayed gamma neutron activation analysis (P&DGNAA). Hereby, we implement algorithms according to the state of science and technology. We include current and verified nuclear physics databases (eg. IAEA or ENDF-B.VII.1). With these, we can assign and evaluate the peaks in the gamma spectrum. The net peak area is determined by fitting a physical model to the data. Thereby, the masses of each element in a sample can be calculated. The determination of necessary measuring parameters such as energy-dependent photopeak efficiencies or integral neutron flux is currently carried out using Monte-Carlo simulations on our high-performance computing cluster. We are currently working on methods that should lead to a complete automation of spectra evaluation and which enable multi elemental analysis within seconds.
Development of advanced uncertainty analysis methods using Bayesian statistics
Standard methods for the determination of measurement uncertainties usually assume complete independence of all input variables and therefore neglect additional (physical) boundary conditions. Bayesian statistics is a powerful mathematical tool that enables a more detailed modelling of uncertainties by adding additional information. We use this tool to further develop the standard procedures for the determination of measurement uncertainties in cooperation with our colleagues from MATHCCES at RWTH Aachen University. This results in a more precise quantification of the uncertainties and usually leads to a reduction of uncertainties. The simplest example of additional information that can be included in the calculation of measurement uncertainties is non-negativity of physical quantities. But Bayesian statistics also allows for more complex considerations, such as a hierarchical evaluation of measurement results. Results from previous steps are included in the evaluation of the current step and thus reduce uncertainties. An example for this is the determination of mass fractions of individual elements in neutron activation analysis. If several masses have already been determined and the total mass of a sample is known, uncertainties in the determination of the masses of other elements contained in the sample are reduced.


IBM has as of late declared an organization with a main medical services supplier to foster computer-based intelligence-controlled symptomatic devices. This joint effort expects to use the force of man-made consciousness to work on the exactness and speed of clinical determinations, and eventually, improve patient results.
The partnership will see IBM’s Watson Health division working alongside one of the largest healthcare providers in the world, to develop new AI algorithms and models for diagnosing a range of medical conditions. By leveraging IBM’s expertise in AI and machine learning, the healthcare provider hopes to improve the accuracy and speed of its diagnostic services, and ultimately, provide better patient care.
Computer-based intelligence-fueled analytic instruments can possibly upset the field of medication, taking into account quicker and more exact analyses, and eventually, working on tolerant results. IBM’s Watson Health division has already made significant strides in this field, developing a range of AI-powered diagnostic tools that are currently being used by healthcare providers around the world.
The partnership between IBM and the healthcare provider will focus on developing new AI algorithms and models for diagnosing a range of medical conditions. The objective is to work on the precision and speed of conclusion, empowering medical services experts to go with additional educated choices and give better persistent consideration.
One area where AI-powered diagnostic tools have already shown promise is in the field of radiology. AI algorithms can analyze medical images such as X-rays and MRIs, and identify abnormalities that may be missed by human radiologists. By using AI-powered diagnostic tools, healthcare providers can potentially detect medical conditions earlier, leading to better patient outcomes.
As well as working on the precision and speed of conclusion, man-made intelligence controlled demonstrative devices likewise can possibly diminish medical care costs. Via mechanizing specific parts of the symptomatic cycle, medical services suppliers might possibly decrease the requirement for costly clinical trials and systems, eventually diminishing the general expense of medical care.
Generally speaking, the organization among IBM and the medical care supplier is a critical forward-moving step in the field of artificial intelligence controlled diagnostics. By utilizing the force of man-made consciousness, medical services suppliers might possibly give quicker and more exact conclusions, at last working on understanding results and lessening medical services costs. As man-made intelligence keeps on propelling, almost certainly, we will see considerably more creative applications in the field of medication, further altering the manner in which we analyse and treat ailments.