Practical deployment of Internet of Things (IoT)
IoT is hot but there are not as many mainstream applications today as some predicted. We anticipate that with 5G, the number of connected devices and mainstream IoT applications will reach scale. Amazon recently launched Amazon Go, a system that uses IoT and machine vision technologies to enable consumers to shop without manual check out. Environments will use more sensors and vision technologies, enabling more scalable IoT solutions.
Startups Standard Cognition (U.S.), Accel Robotics (U.S.), Trigo (Israel), Grabango (U.S.), and AiFi (U.S.) provide similar services as Amazon Go. https://venturebeat.com/2019/12/30/10-technology-trends-that-will-impact-our-lives-in-2020/


PC Build / Parts
Are you looking to build your first PC? Or even upgrade your current one for a more enhanced gaming experience?............
Below are a range of products to allow gamers to either start building their own PC journey, or the experienced gamers enhance their current set ups
MUSETEX MN6 comes with its own ARGB fan remote control.The MN6 case comes pre-installed with 6 ARGB fans, providing superior cooling performance.MUSETEX PC case MN6-B are pre-installed 6 pcs 120mm ARGB fans to provide lighting, utilizing anti-vortex vanes to ensure proper airflow inside the case to achieve better cooling performance than ordinary PC case.
Superior expandability: incredible Graphics + loads of storage + Motherboard freedom
Superior cooling with powerful airflow + Water cooling support + intelligent cable management
Superior Design with military style design + highly convenient + easily moddable
GIM Mid-Tower Chassis has 2pcs 4mm-thick tempered glass full-view side panels. Mid-Tower Computer Case has enough space for 10pcs 120mm GIM ARGB fans to provide lighting and excellent airflow at the same time, keep cooling. And GIM PC Case supports,ATX, Micro-ATX and Mini-ITX motherboards.
Dimensions (L x W x H) 26" x 10.24" x 24.65"USB, 3.0 x 2, USB, 2.0 x 2, HD Audio x 1, Type-C x 1T
hree 4 millimeter thick tempered glass panels protect the chassis while providing easy access to the components
AIO capable up to 480 millimeter radiator at the front and 360 millimeter radiator on the top
AMD AM4 Socket: Compatible to Ryzen 5000, 3rd/2nd/1st Gen AMD Ryzen CPUs
Robust Power Design: 8+2 DrMOS power stages with high-quality alloy chokes and durable capacitors provide reliable power for the last AMD high-count-core CPUs
Supports 1st, 2nd and 3rd Gen AMD Ryzen/ Ryzen with Radeon Vega Graphics and 2nd Gen AMD Ryzen with Radeon graphics/ Athlon with Radeon Vega Graphics desktop processors for socket AM4
Supports DDR4 memory, up to 4133(OC) MHz
Lightning fast game experience: Turbo M.2, AMD turbo USB 3.2 gen2, storemi technology
Curved backrest can perfectly line up with human body line, and the lumbar support system resembles a pair of hands, pushing up and supporting your back. Thick padded back & seat take this chair to the next level of comfort. Choose this office chair, choose comfort.
Supports 10th Generation Intel Core / Pentium Gold / Celeron Processors for LGA 1200 socket
Supports dual channel DDR4 memory up to 128GB total (5000MHz)
Triple Turbo M.2 with double-side M.2 Shield Frozr - transfer speeds of up to 32 GB/s bandwidth, with M.2 XPANDER-Z GEN4 S accessory card adds two additional M.2 slots
The GeForce RTX 3060 lets you take on the latest games using the power of Ampere, NVIDIA's 2nd generation RTX architecture. Get incredible performance with enhanced Ray Tracing Cores and Tensor Cores, new streaming multiprocessors, and high-speed G6 memory.
MSI GeForce GTX 1050 Ti are kept cool by a scaled down version of the imposing twin Frozr VI thermal design allowing for higher Core and memory clock speeds for increased performance in games The recognizable shapes of the eye-catching twin Frozr cooler are intensified by a fiery red gaming glow piercing through the Cover which can be animated together with the MSI gaming
Powered by NVIDIA Turing with 1785 MHz Boost Clock, 1920 CUDA cores and overclocked 6GB GDDR6 memory.
Supports up-to 4 monitors with DisplayPort 1. 4, HDMI 2. 0 and DVI ports.
Wing-Blade Fans boasts IP5X dust-resistance and operates at 0 dB levels when temperatures hit below 55C.
The all-new generation of ZOTAC GAMING GeForce GTX graphics cards are here. Based on the new NVIDIA Turing architecture, it’s packed with GDDR6 ultra-fast memory. Get ready to get fast and game strong.
NVIDIA GeForce GTX 1650 GPU896 CUDA cores4GB GDDR6 memory128-bit memory busEngine boost clock: 1620 MHzMemory clock: 12.0 Gbps CONNECTIONS DisplayPort 1.4HDMI 2.0bDual Link DVI-DTriple simultaneous display capableSOFTWARE COMPATIBILITY
Featuring a completely exposed light bar with vibrant RGB LEDs, merged with the award-winning Trident Z heatspreader designed, and constructed with the highest quality components, the Trident Z RGB DDR4 memory kit combines the most vivid RGB lighting with uncompromised performance.
High performance DDR4 memory illuminates your system with vivid, animated lighting from ten ultra-bright, individually addressable RGB LEDs per module.
DDR3 Ram Computer Memory Hand-sorted memory chips ensure high performance with generous overclocking headroom.
DDR3 Ram Computer Memory Please make sure the item is compatible with your model before ordering.
Harness blazing speeds at 4800MHz — 1.5x faster than DDR4.
Game at higher frame rates and run demanding software with nearly 2x the bandwidth of DDR4
GO BIG, DO MORE: The 870 QVO is Samsung’s latest 2nd generation QLC SSD with up to 8TB of storage capacity. Compatible with SATA 3 Gbps & 1.5 Gbps interfaces.
ENHANCED IN EVERY WAY: With an expanded SATA interface limit of 560/530 MB/s sequential speeds, the 870 QVO improves random access speed and sustained performance
You’re able to game longer before recharging your laptop while sequential read speeds up to 560MB/s and sequential write speeds up to 530MB/s give the speed you want for your most demanding computing applications. You can confidently upgrade your system to the WD Blue 3D NAND SATA SSD.
Amazon Special edition SSD. Manufacturer Warranty: 3-year or TBW (Terabytes Written) limited warranty. Free Technical Support and Customer Service on TEAMGROUP's official website. The definition and conditions of TBW are based on the JEDEC standard.
Boot up faster. Load files quicker. Improve overall system responsiveness
300% faster than a typical hard drive
Improves battery life because it’s 45x more energy efficient than a typical hard drive


About SAMPLE Electronics co.
|SAMPLE Electronics is an
importer and distributor of electronic components, sensor and embedded software, provides the
maximum service to electronic buyers, regardless of the size of the order.
If you are interested in representing your firm succesfully in South Korea, please send an e-mail to us.
We will be your best partner. email@example.com
The number of visitors of our Korean page
Junghoon Kim / president
The Mission of SAMPLE Electronics is to be a company that strives to
create a high quality, responsive, quick, enjoyable and
caring business environment with great integrity and value, that meets the needs of our people, our customers, our suppliers
and our communities and that emphasizes and supports continuous improvement.
We will increase our communications, empowerment and training so our
people can give our customers, our suppliers,
our communities and each other what they need or want.
We will ensure that, regardless of the size of the customer or the size
of the order, everyone receives service so extraordinary
that they cannot forget it.
Line Card :
Founded in 1969, LSI Computer Systems, Inc. (LSI/CSI) began operations as the world's first fabless semiconductor company. Since its inception, LSI/CSI has been engaged in the design and production of Full Custom and Standard Integrated Circuits. Using a broad array of process technologies, LSI/CSI has produced ICs that extend from the consumer and industrial marketplace to military and aerospace applications. Our proven expertise and strong reputation have made us the IC provider of choice for leading manufacturers in a broad range of industries.
Encoder Interface ICs
Motor Control ICs
Digital Lock ICs
|Ultra Sonic Sensor
|SensComp, a leader in Ultrasonic sensing technology, offers a large selection of transducers, components, kits and services:
Marlec was formed in 1978 in Rutland – the smallest county in the UK - by our founder John Fawkes who subsequently received a Wind Energy Pioneer award from the British Wind Energy Association. As an early-retired successful engineer and businessman he was asked to investigate methods of keeping batteries topped up on farms to operate electric fence units located away from the grid.
|Firgelli Technologies Inc.
|Firgelli?s innovative line of micro linear actuators and Linear Servos will drive a new generation of compact robots, R/C models, and motion-enabled consumer products. These linear actuators are designed to save product designers the difficulties of engineering a linear stage from large and awkward motors, servos, gears and rods. Linear Servos are a plug and play replacement for standard R/C servos.
Ultra Sonic Range Finder Module, ROBOT Parts
|COMM CON CONNECTORS, INC.
|Connectors for board stacking, PC/104, EBX, CompactPCI, CPCI, Disk Drives, VME, Industry Pack, IP Module, and automotive.
|Comm Con Connectors, founded in 1982, is a U.S. based designer and manufacturer of PCB board to board connectors. We offer connectors for board stacking, PC/104, EBX, CompactPCI, CPCI, Disk Drives, VME, Industry Pack, IP Module, and automotive. We specialized in this market and as a result, have the capability to produce millions of variations of .100", .050", 2mm, 1mm, and 0.8mm spacing connectors. We also offer related products such as board spacer hardware, front panels, and ejector handles. Our web site makes it easy to find, specify, and order connectors on line directly from our factory for shipment anywhere in the world.
|The Shadow Air Muscle is a simple
yet powerful device for providing a pulling force. It behaves in a very similar way to a
biological muscle. When actuated with a supply of compressed air, they contracts by up to
40% of its original length. The force it
provides decreases as it contracts, and the first few percent of the contraction is very powerful indeed.
|BASIC compiler for 8051
|BASIC compiler for Atmel's AVR
|ICC12 V6 for Windows 95/98/NT Windows 95/98/NT C Development tools for Motorola HC12
|ICCAVR V6 for Windows 95/98/NT,
C Development tools for Atmel AVR 8-bit RISC microcontrollers
|ICCAVR STD-ICCtiny bundle
|ICCAVR V6 STD - ICCtiny V6( C
development tools for Atmel TinyAVR 90S1200.) bundle.
|BASIC compiler for 68H11
|microEngineering Labs, Inc.
|PicBasic Pro Compiler
BASIC compiler for PIC
|EPIC Plus Pocket PICmicro Programmer
|PICmicro Programmer / Small and
|J R Kerr
|J R Kerr specializes in the rapid development of intelligent machines. The PIC-SERVO line of low-cost, easy to use motion controllers can get your application moving now.
|Elektronikladen Mikrocomputer GmbH
|HC11 Welcome Kit
D60 Welcome Kit
HC12 Welcome Kit
|Single chip HC12 Microcontroller
with 60K bytes Flash memory
HC12A4 (4K EEPROM, 1K RAM) = a credit-card sized board
|8051 ANSI C Compiler
The NT series C compilers are full 32 bit Windows 9x/Windows NT applications that take full advantage of the multi threading capabilities of these operating systems. They come complete with the Crossware Embedded Development Studio to provide an advanced, user friendly development environment for the professional programmer.
Each package contains:
an optimising ANSI C compiler and support libraries
a relocatable cross assembler
a relocating linker
a library manager
a make utility
the Embedded Development Studio which includes:
integrated project creation and maintenance utility
integrated terminal emulator
|ColdFire ANSI C Compiler
|680X0 ANSI C Compiler
Wiring is an open source programming environment and electronics i/o board for exploring the electronic arts, tangible media, teaching and learning computer programming and prototyping with electronics. It illustrates the concept of programming with electronics and the physical realm of hardware control which are necessary to explore physical interaction design and tangible media aspects.
|LadderWORK is the first visual
LADDER compiler for the 8051 microprocessor family.
Sproket. Precision Chain
Serv-O-Link has produced precision plastic spur gears, plastic sprockets and plastic drive chain for over 40 years.
KOREA ELECTRONICS SHOW 1999
KOREA ELECTRONICS SHOW 2000
KOREA ELECTRONICS SHOW 2001
KOREA ELECTRONICS SHOW 2002


If any specific configuration is required for a particular device to connect to pRMT app and stream data it will be explained here.
Faros 180 and 360
Faros device should be in the online mode in order to connect to the pRMT app. This can be done via Faros Manager software provided inside each device and could be installed on any Windows machine. As shown in the below image, by default all the Faros devices are in Datalogger mode which means they will store data in their own memory. To change to the online mode please check the Online mode button and save. Once the device is in online mode it will be able to connect to the pRMT app and stream data to the RADAR server.
Fitbit data collection is server-to-server using the REST-Connector to retrieve processed data from Fitbit's servers.
If you need second-level, minute-level, or hour-level data, you will need to request access to the intraday time series feature.
- Register at https://dev.fitbit.com/ for an account to add the API Key to, you'll need to specify details of the subscribing application.
- Next fill the Partnership API access form is here: https://dev.fitbit.com/build/reference/web-api/intraday-requests/
- After you’ve registered, send a private support request using the form on https://dev.fitbit.com/docs/help/ with the client ID obtained when you registered your application and an explanation of your use case. More information about the Fitbit Web API is at https://dev.fitbit.com/docs/ .
If you are interested in collecting intraday data, it is important to consistently sync devices. All Fitbit devices have a finite internal memory and if they are not synced every 5-7 days the oldest intraday data will be deleted and only daily data values will be retained for 30 days. Once you have registered to use our Web API, you will need the engineering resources to build out a custom dashboard to house/display your data.


Eagle Signal Model EF-70 Traffic Controller
This picture shows the controller box on the inside of the cabinet. The controller box has three dial timers unlike the EF-15 controller that I own which only has one dial timer. Three dial timers allow for different signal timings for different times of day. I have set up dial one in this controller with a 40 second gear. This allows for very short green indications on both phases (directions). Then I installed keys on dial 1 that allow for coordination with other controllers. I have coordinated this dial timer with my NEMA controller. The R2 and R3 keys on dial 1 each are connected to their own relay which completes a circuit when there is a green light on my NEMA controller. When the circuit is completed, the R2 and R3 keys stop the dial 1 timer until the green light on the NEMA controller goes off, then the relay opens the connection and dial 1 starts up again. This keeps my EF-70 controller and my NEMA controller changing their signals within 1 second of each other. Dial 2 has a 70 second gear and does not have any coordination keys, so it runs independent of my NEMA controller and has a longer cycle. Dial 3 is also independent, but it has a 100 second gear for even longer cycles.
Above is a picture of three wall timers that I have wired to turn on and off three of the Double Pole Double Throw relays shown in the picture below. The first timer puts the controller in and out of flash mode. The second and third timers control which dial timer is on. The extra two relays below are used with the coordination keys that I mentioned above.
Besides the timers on the doors and the relays shown in the picture above, there are two relays inside the door of the controller box that do the actual switching of dial timers. They are called dial transfer relays. The cam shaft of the controller is set up so that dial switching only occurs when main street green comes around on the cam shaft. Then, depending on the state of the Double Pole Double Throw relays controlled by the wall timers, the dial transfer relays switch to whatever dial is being called for at that time. Dial timers can also be manually selected by the rotary switch on the back panel. If a dial is called for on the rotary switch, this dial will remain active until the rotary switch is set to a different dial. For the timers to select dial timers automatically, the rotary switch must be set to CL which stands for CLOCK. The dial transfer relays are shown below just below the window in the controller box door.
Below is the back panel of the controller that all the signals are wired up to. There are also two flash transfer relays, a flasher which flashes the pedestrian signals in normal mode and the yellow and red signals in night flash mode. Also included on the back panel is a mercury relay which cuts power to the signals in flash mode.
For more details on how the cam shaft and dial timers turn the signal indications on and off,
This page was originally posted on 3/2/2003.
The Traffic Signal Museum is hosted by USAdomains.com


Apple says it wished to make use of Qualcomm modems within the iPhone XS, XS Max, and XR — however that Qualcomm refused to promote them after Apple sued over its licensing practices. “In the long run they’d not help us or promote us chips,” Apple’s chief working officer Jeff Williams revealed at present throughout his testimony to the US Federal Commerce Fee, as spotted by CNET. Apple had to use Intel’s LTE chips instead.
Qualcomm is currently on trial, accused of partaking in monopolistic practices together with charging unusually excessive royalty charges, refusing to license patents to different chipmakers, and promising offers to prospects like Apple in the event that they completely used Qualcomm chips.
Whereas it initially appeared that Apple had shifted to completely utilizing Intel modems out of some mixture of spite and aggressive causes, Apple stated within the courtroom that wasn’t the case. In keeping with Williams, Apple initially deliberate to separate its newest modem order between Qualcomm and Intel. It solely turned to Intel to provide all of the modems after Qualcomm refused to promote.
The dependency on Intel may additionally damage Apple’s possibilities of bringing a 5G iPhone shortly to market, as Intel’s 5G chips aren’t anticipated till 2020. Intel’s LTE modems are identified to be slower than Qualcomm’s, too. Again when Apple was sourcing each Qualcomm and Intel modems for its telephones on the similar time, the corporate needed to cap the speeds on Qualcomm modems in order that one iPhone wouldn’t have sooner speeds than one other.
Apple additionally revealed the worth it’s been paying for Qualcomm modems: $7.50 per system, says Williams. That’s apparently 5 occasions greater than what Apple wished to pay — simply $1.50 per system. Nonetheless, Williams stated, “We wanted their chip provide. If we tried to pursue them legally, we wouldn’t have entry to the chips. We didn’t have a whole lot of choices.”
The battle began in 2017 when Apple sued Qualcomm for unfair licensing phrases. Qualcomm then countersued, saying that Apple was infringing on its patents and sharing information with Intel. As of October 2018, Qualcomm stated that Apple owes it $7 billion in royalty funds. Since then, Qualcomm has taken the struggle to worldwide courts in Germany and China, efficiently successful bans on older iPhones being bought in both nation. Apple needed to pull iPhone 7 and iPhone 8 models in Germany and problem a software program replace to iPhones in China to circumvent a ban on most iPhones besides the most recent ones.


Ultrasonic Sensors XX
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The Ultrasonic Sensors XX category components from Schneider Electric are engineered to fulfill the requirements of electrical professionals, such as installers, electrical technicians, service providers, and distributors. Ultrasonic Sensors XX references deliver exceptional quality, easy installation and value for professionals in the electrical and automation industry. These Ultrasonic Sensors XX products can be bought the best price and delivery period through ProfElec, a reputable provider supporting professionals in their supply needs.
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PROFELEC online store is committed to the excellence of the items we offer. The standard guarantee coverage for Ultrasonic Sensors XX products is 1 year. However, it is subject based on the individual product, category, and may even be longer. You can find specific guarantee information on the Manufacturer's product page or by getting in touch with our support team team.


Ultrasonic Ranging Module sensor module serial UART interface / IO interface
From CEPREI PAGE:
Ultrasonic Ranging Module 2 kinds of interface methods
The ultrasonic ranging module, measuring range of 0.10 ~ 5.00m , accuracy 1mm , measurements without direct
contact with the measured object, can show clear and stable measurement results. As the ultrasonic point to strong, energy consumption is slow, the spread in the medium distance, which is often used for ultrasonic distance measurement, such as range finders and level measurement and so can be achieved by ultrasound. Ultrasonic range finder can be applied to car parking, construction sites and the location of some industrial site monitoring can also be used for level, well depth, pipe length measurement occasions.The use of ultrasonic testing is often more rapid, convenient, easy to compute, easy to do real-time control and precision in the measurement industry to achieve practical requirements, the development of mobile robots has also been widely used
Ultrasonic distance detection module to facilitate this section, the test distance precision, low power consumption, but this module has been decentralized to the lowest price, just hope that we can spend useful and practical ultrasonic module. This module is cheap, good stability, only takes 2 single-chip IO port, the test is simple and convenient to buy at the same time even made 51 single-chip testing procedures, connect the circuit to detect the distance.
The module performance is stable, measure the distance accurately. Can and foreign SRF05, SRF02 ultrasonic ranging modules and other comparable.Module precision, blind (2cm) over nearly stable ranging success of this product according to market effectively!
2, Main technical parameters :
1) DC power supply: DC5V
2) Current: less than 10mA
3) Level: 1:5 V / V 0:0
4) sensing angle: 15 degrees less than
5) Detection range: 2CM-4.5M
6) precision: up to 0.5mm (depends on your level of programming is)
3 Works
1) The IO trigger distance, to the 8 - 15us high signal can be;
2) The module automatically sends eight 40khz square wave, automatically detect whether a signal return;
3) a signal back, through the IO output a high level, high duration is ultrasonic time from launch to return.
4 How to use: the transmitter plus a 8 - 15us high level, and then begin timing at the receiving end, when the receiver is high, ultrasound propagation in the air some time to return the receiver, the receiver receives a falling edge, this process is the ultrasonic transmission time, you can use the following formula to measure the physical objects ranging from the module:
Distance = (ultrasonic transmission time / 2) * 340m / s
Serial output test pattern:external image T2sitBXapaXXXXXXXX_!!31295113.jpg
Detailed description of these applications:
1 : connected VCC power supply (power supply range of 2.4V ~ 5.5V ).
2 . When the UART mode, the external circuit connected to this pin UART 's TX side, when the level-trigger mode, then the external circuit Trig terminal.
3 . When the UART mode, the external circuit connected to this pin UART 's RX side, when the level-trigger mode, then the external circuit Echo side.
4, 5 connected to an external circuit.
2: Distance Works
(1) when using the UART mode, the external module through the TX send 0X55 trigger
The module distance, when using level-triggered mode, by Trig terminal to at least 10us high signal to trigger distance.
(2) module receives a trigger signal, automatically sent 8 a 40khz square wave, and then detect whether a signal to return.
(3) a signal to return, calculate the ultrasonic transmission and return interval, while measuring the current temperature, according to the temperature of the ultrasonic speed of sound worthy of a current, comprehensive final calculated from the current test.
(4) When the UART mode, the module through the RX sends out two bytes from the value of the first byte is the distance from the high 8 bits ( HDate ), the second byte is the distance of the lower 8 bits ( ldata ), in millimeters. That distance is( HDATA * 256 + ldata ) mm .
(5) When level-triggered mode, the module will be converted from the value of 340m / s when the time value of 2 times, by Echo -ended output a high level, according to the duration of this high value to calculate the distance . That distance is: ( High Time * 340m / S) / 2 .
Note: Because the distance value has been subjected to a temperature correction, according to the ambient temperature at this time without the need for ultrasonic speed of sound correction, that is, no matter how much the temperature, the speed of sound options 340m / scan be.
3 through UART temperature
Temperature function only in UART mode, when the mode selected for the UART mode, through the TX end to the module to send 0X50 trigger temperature measurement, temperature measurement is completed, the module will return a byte temperature ( tDATA ), The actual temperature is tDATA-45 . For example, by TX sending 0X50 , in the RX side received 0x45 , then the temperature at this time is [69 ( 0x45 to 10 decimal value) -45] = 24 degrees.
4. Provide full information:
This module provides a full suite ranging program: P89LPC932A1, ultrasound 8 -bit digital tube display, ranging trigger level, trigger distance serial, serial trigger temperature and so on.


HOW TO CHOOSE A PERFECT MOTHERBOARD!
Motherboards are the foundation of all PC frameworks. The decision of a motherboard decides things, for example, what sort of processor you can utilize, how much memory it can have, what peripherals can be appended and what highlights it can bolster. On account of this, it is imperative to recognize what you require while choosing the privilege motherboard.
This implies you can’t simply go out and buy any motherboard that looks extravagant, as there are various points of interest and compatibilities that you should know about. To make things simpler, we’ve noted down some main qualities that are essential before you purchase a motherboard.
The first thing that you have to check is the thing that sort of processor you will introduce. Each motherboard has a kind of explicit attachment. This attachment decides the physical bundling of the processor, be it Intel or AMD, which can be introduced on the motherboard. Additionally the motherboard chipset characterizes what explicit model of the processor would it be able to help.
For example, the most recent eighth era of Intel processors are based on the LGA 1151 attachment and motherboards with the Z370 chipset. In examination, the sixth and seventh era of Intel processors utilise a similar attachment, however are not bolstered by the Z370 chipset and require a Z270 or Z170 chipset based motherboard.
To maintain a strategic distance from any similarity issues, it is best that you get all the best possible data about the CPU in advance.
Motherboards arrive in an assortment of frame factors. Greater the size, the more highlights you get. In any case, on the off chance that you need to make a reduced framework, you get littler choices also. Therefore, motherboard producers principally make three sizes, ATX, small scale ATX (mATX) and smaller than normal ITX. The ordinary components of a full-measure ATX board are 12 x 9.6-inches (305 × 244 mm), a microATX motherboard is 9.6 × 9.6-inches (244 × 244 mm) and small scale ITX is 6.7 × 6.7-inches (171 x 171 mm). The extent of the motherboard additionally characterizes what sort of bureau/suspension you will utilize, so be cautious.
The measure contrast affects the quantity of ports and spaces that can be fitted on the motherboard. A full size ATX board ordinarily offers a sum of five PCI-Express or potentially PCI openings. Then again, a mATX board has an aggregate of three openings and a smaller than normal ITX board typically just highlights a solitary PCI-Express x16 space. So also, the most extreme memory openings on each board vary extending from 4-8 on ATX sheets, 2-4 on mATX and 2 on smaller than usual ITX.
There is likewise an All-inclusive ATX (E-ATX) board measure, which is bigger than ATX and offers additional ports and openings going as much as four CPU attachments and 24 memory spaces.
Just like how the chipset characterizes what sort of processor the motherboard can bolster, it additionally assumes a vital job to figure out what type and speed of memory it can bolster. The extent of the motherboard and the quantity of memory spaces characterize how the aggregate sum of memory that can be introduced. A decent practice is to decide how much memory you need to at present introduce just as consider the reality whether you would need to update later on.
A part of individuals totally pass up this yet it is more or less vital. The sort just as the quantity of ports on the motherboard are imperative for what you will interface or introduce on your PC. Ensure you have enough and quick ports, for example, USB 3.0, HDMI, Jolt, or PCI-Express, SATA, M.2, and so on. While one can feel free to get a type of development card later on.
Distinctive parts and peripherals utilize diverse connectors, so twofold check if your motherboard offers every one of the ports and spaces that you require or could require later on.
Overclocking has turned into a simple errand today and in the event that you plan on overclocking your processor, ensure the load up will bolster it. The chipset needs to help the alteration of the CPU multipliers and voltages. Furthermore the motherboard needs to offer enhanced power the executives and appropriate warmth scattering components as overclocking stresses the parts on the motherboard.
Aside from that, there are other extra highlights that you can watch out too that offer somewhat additional usefulness to your framework. Highlights like Assault controllers, remote LAN, installed Profiles control, etc, probably won’t be urgent for the framework, yet having them is dependably an additional advantage.


offer a way to archive asset and repair data on deprovisioned devices.
When a device is damaged beyond repair, we deprovision it and replace it with another device of the same model. This enables us to re-use our Chrome management licenses. However, when a device is deprovisioned, it drops out of Fleet, and we lose all data on previous owners, repair issues and costs, etc.
Also, if we take advantage of rapid replacement from our Chromebook vendor, they keep the broken device and send new ones under warranty. Since the new devices have different serial numbers, we lose the repair history for the device returned as well as whose device it was. There needs to be a way to archive this data so we still have access to it after Chromebooks have been disposed of. In my case, I need to keep stats on repair type, frequency and cost over the short and long term.
Bob DeRuiter commented
This needs to be done ASAP. The further we get into using Fleet and deprovisioning device the more needed this has become. Please add a filter on the Repair screen to show these devices.


Sunday, September 11, 2005
Weird Science: Cyclotron
Sounds like either a Transformer or a Marvel Comic’s villain, but is neither - at least not that I know of. A cyclotron is a device used to accelerate ionized particles to extremely high speeds.
Conceived of in the nineteen twenties by Ernest O. Lawrence (1905 - 1958), the cyclotron was developed by nineteen thirty four at the University of California, Berkeley. It was one of the first of it’s kind used to accelerate ionized particles. And judging by the picture I saw of the esteemed men who worked on this project, they were not wearing long hair and tie-dyed shirts (that would come decades later), but rather conformed to the norms of the thirties by sporting suits, ties and military style cropped hair.
So why the need to take ionized particles and increase their kinetic energy and speed? Well, the original conception by Lawrence and the Berkeley team was so that they could study the nuclear structure of the atom. And we know where that lead us, don’t we. Sake anyone?
So how fast could the cyclotron accelerate a particle anyhow? By imparting a charge of roughly five million electron volts (not much by today’s standards where some particle accelerators can impart trillions of electron volts) an ionized particle could be accelerated up to about one tenth the speed of light. Not too shabby. Captain Kirk would be impressed.
But with the cyclotron there is a speed limit on particles because once they achieve one tenth the speed of light relativistic properties begin to interfere and the particle’s mass begins to increase just like Einstein said. And once that begins the cyclotron is unable to boost the speed any more and keep the particle on its circular path.
There are other devices, which were developed later (from the late nineteen forties and on up to the present day) which overcame this limit and can impart trillions of electron volts to particles getting them very much closer to the speed of light. Captain Picard would be impressed.
Today’s uses of the cyclotron (there are hundreds in operation in more than twenty countries) , besides studying nuclear reactions, include making radioactive elements, studying chemistry and creating radioisotopes for medical applications and some industrial purposes.


‘I’ll certainly be cheering for the series to succeed long term, but there are a few points to bear in mind along the way,' blogs Stephen Cox.
The new Formula E racing series for electric cars has done a lot of things right, as was evident by their first race in Beijing last weekend. The series already draws more entries than Formula One will have in 2015, and they've attracted known drivers including Nick Heidfeld, Takuma Sato, Jarno Trulli, Katherine Legge and others.
First of all, Formula E is not a great advancement in technology. On the contrary, current battery technology stinks. The lithium-ion batteries used in most automobiles today are heavy, bulky and short-lived. Even the Williams Advanced Engineering batteries used by Formula E machines suffer a drastic power loss after only 15 minutes of driving. They are so slow to re-charge that drivers must actually switch to another car during pit stops rather than attempt to service the batteries in the car they're already driving.


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Unplug the smart TV for 5 minutes and plug back into power. Go to the smart TV menu and select Settings > General > Network > Network Status, and select Network Reset. … Update the firmware on your smart TV to the newest version. Turn off all firewalls as a test to be sure this is not causing issues.
How can I connect my TV to the Internet wirelessly?
How to connect the TV to a network using a wireless connection
- Press the HOME button on the remote.
- Select Settings.
- The next steps will depend on your TV menu options: Select Network & Internet — Easy setup — Wi-Fi. …
- Select your Wi-Fi network. …
- Follow the on-screen instructions to complete the setup.
Why my Samsung Smart TV Cannot connect to WIFI?
To perform a network refresh on your Samsung Smart TV:
Grab your remote & press the Home button to get to Settings. Navigate the menu to go to Settings > General > Network. Hover over the option to Reset Network and select YES. Restart your TV.
How do I reset my Smart TV?
1 Factory Reset
- Power on your TV.
- Press the Menu button.
- Select Support, then Enter.
- Choose Self Diagnosis, then Enter.
- Select Reset, then Enter.
- Enter your Security PIN. …
- The factory reset screen will show a warning message. …
- During the process, TV may turn off and on and will display the Setup screen.
Why does my Smart TV keep disconnecting from the internet?
Problem – Slow Internet
If your wifi isn’t strong enough to maintain a connection with your smart TV, then it may disconnect from it altogether. You might notice this more if you’re streaming in 4k quality, as this uses more bandwidth to stream than streaming in 1080p.
How do I connect my non smart TV to wifi?
These are as follows:
- Plug your device cable into your TV’s HDMI port.
- Plugin your USB cable into your device as well as your TV USB port.
- Switch on your old TV and pair the input with your device.
- Download the required app if you need to via internet.
- Accept all the escape clauses to begin streaming.
How can I make my non smart TV Smart?
There are various ways in which you can turn your non-smart TV into a smart TV, and the best way is to buy a smart media player (also known as a streaming device) and hook it up to your TV’s HDMI input. Smart media players come in all shapes and sizes (and smart operating systems).
Can I turn my TV into a smart TV?
Turn a normal TV into a smart TV using HDMI.
These connect via HDMI and will convert TV to smart TV in just a few steps. You simply need to plug these into your TV’s HDMI port, give them power through USB or the wall adapter, and connect to Wi-Fi, and you’re good to go.
Why my Samsung Cannot connect to WIFI?
Reset your phone’s network and OS settings
If all else fails, the issue might be with your phone, not your internet. Restarting your phone can clear glitches and help it reconnect to Wi-Fi. If your phone still won’t connect, then it’s time to do some resetting. … Your phone will restart — try connecting to Wi-Fi again.
How do I connect Samsung Smart TV to WIFI?
Connecting Samsung Smart TV to a wireless network
- On your remote, press the MENU button.
- Select Network > Network Settings.
- Select Network type > Wireless.
- Your Samsung Smart TV will then search for available wireless networks. …
- Enter your wireless network’s password or security key in the available field.
- Select Done.
How do I reboot my Samsung Smart TV?
Methods to reboot your Samsung Smart TV
- Turn on your Samsung TV. Once it is completely booted, hold down the power button on the remote. …
- Unplug the TV from its power source. Wait 20-30 seconds to allow any stored energy to dissipate, and then plug the TV back into the power source.
Why Netflix not working on smart TV?
Turn off or unplug your smart TV. Unplug your modem (and your wireless router, if it’s a separate device) from power for 30 seconds. … If your router is separate from your modem, plug it in and wait until no new indicator lights are blinking on. Turn your smart TV back on and try Netflix again.
Why does my LG Smart TV keep disconnecting from the Wi-Fi?
If your router is not close enough to your device, your LG TV disconnects from WIfi when turned off. … In that regard make sure to position your router correctly (closer to your TV) and check the network performance.
Why won’t my LG Smart TV stay connected to Wi-Fi?
Ensure the wireless router is powered on. … Restart the TV and wireless router (unplug them then plug them back in). For Advanced Users: Make sure the router has SSID Broadcast enabled. If the issue persists, Contact Us.
Why does my Sony Smart TV keep disconnecting from Wi-Fi?
Sony TV needs strong Wi-Fi signals for proper functionality. However, if the Sony TV is connected to the Wi-Fi network that’s too crowded, it can lead to disconnection. In addition, it will cause dropouts in the internet signals and connection.
How do I know if my TV has WiFi capability?
How do I know if my TV Has WiFi? If your TV has WiFi there should be a WiFi Alliance logo on the box and often times at the bottom of the screen on the base of the television. In your settings menu, you’ll also find a network connections or Wi-Fi Setup section.
What device turns your TV into a smart TV?
Apart from all the options that I have discussed previously, a Chromecast is an easy method to turn your TV smart. What is this? It, like most streaming sticks, connects to your TV through HDMI. You can use the device itself using the Google Home app.
What can I do with a non-smart TV?
How to stream TV and movies on a non-smart TV
- Amazon Fire TV. The Amazon Fire TV Stick plugs into the back of your TV and lets you download apps like Netflix, BBC iPlayer and Amazon Video. …
- Google Chromecast. …
- Apple TV. …
- Now TV. …
- Roku. …
- Games consoles. …
- PC and Mac.
Can I get Netflix on a non-smart TV?
Download the Netflix app from the Google Play Store or Apple’s App Store. Once installed, you can log in using your Netflix account and password. You can then enjoy hundreds of films right on your smartphone or tablet.
How do you turn a normal TV into a Smart TV without any phone?
At a very low cost — or free, if you already have the necessary cables lying around at home — you can add basic smarts to your TV. The easiest way is to use an HDMI cable to connect your laptop to your TV, and mirror or extend the laptop screen onto the TV this way.
What device do I need to make my TV a Smart TV?
How to Turn Your TV Into a Smart TV: Purchase a Smart Media Player. You have quite a few options for smart media players, including smart boxes like Apple TV, Amazon Fire Cube, streaming sticks like the Roku Streaming Stick or Amazon Fire Stick and ultra-portable media players like Google Chromecast, among others.
Try restarting your Galaxy phone, router, and modem.
- To restart your phone, tap the Power icon in the Quick panel, then tap Restart.
- Turn your router and modem off and on again. …
- After you restart each device, see if you fixed the issue. …
- Go to Settings, and then select General management.
- Find and select Reset.
Why can’t I connect to my WiFi even though the password is correct?
Make sure you select the correct wireless security option when asked for your password (for example, select WEP 40/128-bit Key if you’re typing the 40-character pass key for a WEP-encrypted connection). … Try turning the card off and then on again to reset it — see Wireless network troubleshooter for more information.
Why is my phone not connecting to the WiFi?
Make sure your phone is running on the latest operating system by navigating to Settings > General > Software Update and check to see if you need to update. Make sure something hasn’t gone awry with your WiFi by resetting your network settings. Go to Settings > General > Reset > Reset Network Settings.


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Before you perform any project or home improvement on your electrical system, you must have some understanding of how it works. Electrical wiring is how electricity is distributed throughout your house, perhaps making it the most essential part of your electrical system. However how does electrical wiring manage to carry electricity? The answer ends up being clearer when we look at the 3 roles electrical wiring should meet: hot, neutral, and ground. These three components work in tandem to disperse power throughout your home, along with aid preserve electrical safety. It is advised you comprehend each component's abilities. For numerous property owners looking for electrical circuitry suggestions, we have put together a guide on hot, neutral, and ground wire. Follow our guide below to much better understand your electrical system! Hot Wire Hot wire is utilized as the preliminary power feed to a circuit. It brings the present from the power source to the outlet. Acting as the first instance of a circuit, they are constantly carrying electrical energy, suggesting it is dangerous to touch a hot wire while there is a power source feeding it. Hot wire is determined by its black casing. This is the primary color of hot wire for the majority of homes. Nevertheless, other hot wires can red, blue, or yellow, although these colors can show a various function besides powering an outlet. Regardless, all hot wire needs to be dealt with the very same: do not touch hot wire unless there is no connected and operating source of power. Neutral Wire As soon as ilektrologos hot wire has initialized the start of a circuit, there should be another wire to complete the circuit. This function is filled by neutral wire. Neutral wire brings the circuit back to the initial power source. More particularly, neutral wire brings the circuit to a ground or busbar generally connected at the electrical panel. This gives currents flow through your electrical system, which enables electrical power to be totally made use of. Furthermore, this avoids faulty or excess currents from residing in your outlet. Neutral wires are determined by their ilektrologooi athina white or gray case. Although they may not always be flowing an electrical current, they need to be handled with as much caution as hot wire. Ground Wire So, with hot and neutral currently being utilized to make a circuit, what role is left? The response is security obviously! Ground wire acts as defense against unstable electrical currents. Under typical ηλεκτρολογοσ αθηνα circuit conditions, ground wire isn't bring any existing. But when an electrical accident such as a brief circuit happens, the ground wire takes the unstable existing away from your electrical system and sends it towards the ground. Ground wire is easily recognized by its green housing. However not all houses might have it. Although it is a requirement by the NEC for newly-built homes, older homes don't always have a ground wire. To inform if your house has ground wire, check your outlets. If your outlets have three prongs, then your home has ground wire.


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Pasadena, CA, United States (4E) - The NASA spacecraft that probed Saturn has detected large tides on its largest moon called Titan leading scientists to believe there is an ocean of water beneath its icy surface.
The finding of the team analyzing data gathered by the Cassini-Huygens probe was published in Thursday's issue of the journal Science. The spacecraft was launched by the U.S. space agency in 1997 and reached in Saturn in 2004. The probe continues to study the planet and its moons.
According to the lead author of the study, Luciano Less from the Sapienza University of Rome, Italy, they determined that the Titan's tides were 30 feet high by studying the shape of the moon in different parts of its orbit and measuring its gravity.
Aside from the data gathered by the Cassini during close flybys of the moon from 2006 to 2011 and transmitted to NASA's Jet Propulsion Laboratory (JPL) in Pasadena, Calif, the researchers used data gathered by NASA's Deep Space Network (DSN) to determine Titan's internal structure.
"A liquid layer between the external, deformable shell and a solid mantle would enable Titan to bulge and compress as it orbits Saturn," part of the study said.
The spacecraft is a joint project of NASA, the European Space Agency and the Italian Space Agency with the JPL managing the mission as well as the DSN, an international network of antennas that supports interplanetary spacecraft missions and explores the universe.


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TVT shows efficiency Deap Learning solution at ASIAL Exhibion
TVT and Consodited Security Merchants join together to attend ASIAL (Australian Security Industry Association Limited) Exhibition, which is the largest and most professional international security exhibition in Australia. It attracts many merchants and customers from dozens of countries, like New Zealand, America, Brazil, etc.
In this exhibition, we mainly show our latest self-developed AI products, such as 4K panoramic cameras, 2MP A3 Face Capture and Recognition IP camera series, 2MP A3 ANPR IP camera series, 5MP A3 Perimeter Alert IP camera series and E3 AI IP camera series.With the second-generation deep learning algorithm and video structuring analytics technology, these AI products which can quickly classify and search the human and the vehicles win the consistent high praise from the customers. These new AI products of TVT support object abandoned/missing detection, video tampering detection, scene change detection, line crossing detection (human/vehicle classification), region intrusion detection(human/vehicle classification), crowd density detection, people/vehicle counting, face detection, face capture, human tracking and so on. By using human and vehicle classification technology, the false alarms caused by rainy and snowy weather, moving animals, shaky tree shadows and light changes in the alert area can be effectively eliminated and the confirmation work of the security personnel can be largely reduced.
The Security industry is one of the fastest growing industries in Australia, which is rapidly fueling its economic development and creating jobs. Australian security market has a broad prospect, so TVT hopes to build a long-term cooperation relationship with Australian partners and secure the people of Australia together with them.


How are artificial intelligence and machine learning being used to improve customer support?
“While Cora started helping customers with basic queries, it’s increasingly been integrated into various servicing journeys across the bank.” For instance, NatWest has begun using the chatbot to initiate loan deals. There’s certainly an appeal to providing real-time AI solutions to your customers and your employees – but implementing an AI-powered digital transformation solution takes some forethought. By using AI to handle simple, repetitive queries, your agent efficiency improves dramatically, as they’re able to devote more time to work on more complex or priority cases.
- The lack of genuine knowledge at c-suite level is holding back progress, says Enenmoh, and education is crucial so that AI projects – even if pilots – will gain sponsorship.
- AI can make agents more productive, empowered, and efficient at their jobs.
- AI technology has the unprecedented ability to sift through and analyze vast amounts of customer data to recognize patterns, understand consumer preferences, and predict future behavior.
- Using AI in e-commerce can lead to higher customer satisfaction and loyalty.
Small businesses have much to gain from leveraging AI solutions, as it can provide them with the much-needed support to grow their business. AI-powered chatbots are increasing in popularity in the business world as they offer a great way to connect with potential customers, drive sales, and provide a new level of customer service. Concerning customer experience, Generative AI algorithms can analyze customer data, preferences, and behaviors to create personalized experiences, targeted marketing campaigns, and customized support interactions. Increase productivity, reduce resource costs and improve customer satisfaction by answering multiple enquiries simultaneously with live chat software.
Can customer service make a publicly visible private note on behalf of the customer?
It is imperative to recognize the importance of data in personalization and invest in robust data collection and analysis mechanisms. Only 8% of customers used a chatbot during their most recent customer service experience, according to a survey by Gartner. A chatbot at a telecoms company, for example, could already know that I was having issues with call quality on multiple recent calls, and use that data to understand that I would be more frustrated with the service.
If a query is too complex, they seamlessly hand the customer and the full context of their discussion to an agent. Conversational AI refers to applications foms of AI technologies that enable automated, natural language-based dialogues via systems such as chatbots or voice assistants. Technology components such as NLU, Intent & Entity Recognition, Machine Learning, and especially Knowledge Graphs play an important role in successful Conversational AI.
Beyond the Inbox: Understanding Email Open Rates in Marketing
He has worked with many different types of technologies, from statistical models, to deep learning, to large language models. He has 2 patents pending to his name, and has published 3 books on data science, AI and data strategy. Not every marketer is going to have the capabilities to employ AI in their marketing efforts just now. Like any new technology, it’s likely to be slow and costly to implement and integrate with other systems. For example, it may be possible to tell from a customer’s buying behaviour that they are pregnant, but it’s creepy to the proceed to communicate with the customer based on that knowledge.
Besides that, businesses must also ensure transparency in disclosing the use of AI algorithms to customers and provide clear opt-out options for those who don’t prefer to hear from your organization anymore. Our experienced account managers’ share their desktop for a personalised online demonstration, tailored to your organisation’s needs. Suitable for multiple stakeholders, the conference call allows our team to provide help and advice along with full consultation regarding your requirements.
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In the current cutting-edge and fast-paced world of marketing and customer support, businesses are continuously looking for innovative ways to deliver exceptional customer experiences. A technology that continues to revolutionize this domain is Generative Artificial Intelligence (AI). By leveraging the power of data artificial intelligence customer support analytics and marketing automation, businesses can harness Generative AI to endless opportunities. These include personalized interactions, optimized marketing strategies, and providing proactive customer support. A recent report by Oracle, ‘What is the future role for humans in delivering customer experience?
We’ll write, manage and train a chatbot for your business to be smart, helpful and your most valuable customer service asset. Through every stage of the process, we’ll work with you to ensure your bot talks the talk and walks the walk. We have invested in proprietary technology to make creating a chatbot as easy as possible.
AI tools have the power to create content, allowing small businesses to create faster and with less effort. This technology is helping small business owners save both time and money by taking over tasks such as writing blog posts, social media captions and even creating images from a simple description. AI can also be used to automate recurring tasks such as responding to simple queries or following up with customers on their feedback.
With the expectation that information should be easily accessed online and the consumer desire to self-serve where possible, there is a growing dislike for the need to connect with live customer support for simple matters. Whilst machine learning can clearly help businesses save significant amounts of time and money, key human competencies are still needed to take full advantage of this. In the relationship economy, personal engagement and conversations rather than transactions are critical to ensuring repeat purchases and ultimate improvements. Machine learning can lay the foundations but businesses still need the humans who can build on this. Automation in customer service may have cut processing time, but with the absence of a real human providing the service, it lacks the emotions needed to connect to customers.
Learn how you can use AI to improve the customer experience at every touchpoint—and why you should.
You can use your bot as a personal advisor to deliver a true one-to-one customer experience. It can be trained to give advice, make recommendations, and will remember all of your customers’ choices ready for the next time they visit. https://www.metadialog.com/ This may actually benefit customers, by offering them more relevant advertising messages. From a brand perspective, the investment into AI technology could be worthwhile if it delivers greater advertising cost-effectiveness.
Theory of Mind – is the creation of the capability for AI to understand, process and react based on emotions. This is a complex process as humans express many emotions in many ways, and the expression of emotion is highly individual. This article will lay out the interactions between AI, the contact centre and the future of AI in CCaaS and CX deployments.
Banking on Data: the World’s First-Ever Common Currency
AI will automate many different types of customer interactions, freeing up employees to handle the more complex interactions. However, much like voice replication there are also large potential uses of this technology for fraud. In the future AI will mainly be used for the automation of repetitive tasks. This could include admin, reviewing documents, summarisation of complex documents and organisational tasks. AI can be used to help with creative enterprises like writing/visualisation.
AI, most simply defined, is a technology that can use machine learning to identify patterns of behaviour to “learn” new skills or approaches. As such, it’s not surprising that 61% of businesses already use some type of AI while 30% of companies plan to increase AI expenditure over the next three years. With Zendesk, you can deploy in minutes to power workflows that automatically triage and route incoming requests.
Advanced AI tools are being developed to analyze the emotional state of customers in real-time during interactions. AI’s learning capabilities can be harnessed to improve the performance of customer support representatives. This foresight allows for better resource allocation, efficient planning, and improved service quality.
- Forrester reported in 2021 that customers are 2.4x times more likely to stay with companies that solve customer problems quickly.
- This allows for efficient staff scheduling, reducing instances of over or understaffing.
- Collaborating AI with other platforms, businesses, and organizations helps enhance customer experience.
- You can empower conversations with VoiceSage’s customer engagement solutions that have helped organizations speed up response rates, automate low-value tasks, and be proactive in customer interactions.
According to Gartner, more than 85% of customer interactions will be managed without humans by 2020. Intelligent virtual agents (IVAs) are automated, self-service applications. They use AI and machine learning to have conversations with customers and handle basic queries, which saves your agents’ time. If a query becomes too complex, they seamlessly hand the customer and a full log of the chat to a human agent who can take things from there.
How AI can support marketing?
By tracking user behavior, AI can make recommendations for customers and predict purchases. AI can keep your brand top of mind while you engage in other tasks that AI can't perform. Email marketing. AI can help you produce lead-nurturing marketing emails and analyze past email behaviors and performance.
Since AI technology is relatively new and has only recently become mainstream, there are still a few kinks to iron out. With the further development of AI applications, these disadvantages should mostly be overcome. This new guide explains how to successfully deliver agile knowledge in the current crisis, and beyond… Live, intelligent analytics mean you don’t
have to program endless reports.
With features like visual IVR, estimated wait time, callback options, texting options, and visual forms and surveys – customers are able to take control of how and when they engage with you. Resolve issues faster, reduce churn, and use customer data to analyse each interaction. Despite its complexities and a rapidly changing artificial intelligence customer support technology landscape, artificial intelligence can be an incredibly rewarding experience when managed properly by determined entrepreneurs. Predictive analytics is becoming increasingly popular as businesses of all sizes look to use AI-powered features to better understand their operations and make more informed decisions.
What are the problems with AI in customer service?
One major issue is the impatience of customers who expect immediate results. Think of every time Alexa tells you the weather instead of shutting the lights off like you asked. However, as AI technology improves, chatbots are becoming more reliable and efficient.


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IEC +AMD+AMD CSV Standard | Digital audio interface – Part 3: Consumer applications. IEC (formerly IEC ) is the International Electrotechnical Commission’s standard on digital audio interfaces. It consists of several parts: IEC General; IEC Software Information Delivery Mode; IEC Consumer. IEC Digital audio interface – Part 3: Consumer applications.
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International Classification for Standards ICS is an international classification system for technical standards.
Although we endeavour to maintain an up-to-date catalogue, on occasion we may not have the latest version of a document, including where it has not yet been provided through an international feed. Type 6098-3 connections are most often used in professional installations and are considered the AES3 standard connector.
Bytes 18 to 21, Bits 0 to 7: Audio, video and similar electronic apparatus – Safety requirements You may be interested in this related standard. Of the physical interconnection types defined by IECthree are in common use.
This determines the clock rate. A synchronisation preamble biphase mark code violation for audio blocks, frames, and subframes. If you need help with the purchase or have any queries please email enquiries standards.
Each audio sample of up to 24 bits is combined with four flag bits and a synchronisation ied which is four time slots long to make a subframe of 32 isc slots. Even parity bit for detection of errors in data transmission. This uses the same cabling, patching and infrastructure as analogue or digital video, and is thus common in the broadcast industry.
Consumer applications This document has been re-assessed by the committee, and judged to still be up to date.
IEC – Estonian Centre for Standardisation
According to John Ratcliff’s Timecode: One sample stored with most significant bit MSB last. Transcoding of the binary number uec any conventional time code requires accurate sampling frequency information to provide the sample accurate time.
It can be used for synchronization and for logging and identifying audio content. During the presence of defective samples, the receiving equipment may be instructed to mute its output. LSBs are transmitted first. It is used by most CD players to indicate that concealment rather than error correction is taking place.
In the case of AES3, the standard describes in detail how the bits have to iex used. It includes the following changes: It is important to us that you purchase the right document. A value of all zeros for the binary sample address code shall, for the purposes of transcoding to real time, or to time codes in particular, be taken as midnight i. The 8-bit preambles are transmitted in time allocated 6095-83 the first four time slots of each subframe time slots 0 to 3.
6095-3 a serial data stream for each channel with 1 bit per framewith a format specified in the channel status word. If the auxiliary sample is used, bits 4—7 are iwc included. Archived from the original on List of International Electrotechnical Commission standards.
Retrieved from ” https: This is a specially coded preamble that identify the subframe and its position within the audio block.
BS EN 60958-3:2006+A2:2015
This page was last edited lec 25 Novemberat Bits from each frame of an audio block are collated giving a bit channel status word. We recommend that you check the website of the publishers of the international document before making a purchase.
The standard was first published in and was revised in and Here is oec summary of the channel status word: Therefore, no need to order amendments in addition to this publication. A low-quality auxiliary channel used as specified in the channel status word, notably for producer talkback or recording studio -to-studio communication.
Frames contain 64 time slots and are produced once per sample time.
AES3 – Wikipedia
As stated before there is one channel status bit in each subframe, making one bit word for each channel in each block. No attempt was made to use a carrier able to support both rates; instead, AES3 allows the data to be run at any rate, and encoding the clock and the data together using biphase mark code BMC. From Wikipedia, the free encyclopedia. This bilingual version corresponds to the monolingual English version, publishedin This third edition of IEC cancels and replaces the second edition published in and constitutes a technical revision.
Type I connections use balanced3-conductor, ohm twisted pair cabling with XLR connectors. Two subframes A and B, normally used for left and right audio channels make a frame. The development of standards for digital audio interconnect for both professional and domestic audio equipment, began in the late s  in a joint effort between the Audio Engineering Society and the 609558-3 Broadcasting Union, and culminated in the publishing of AES3 in At the highest level, each consecutive frames are grouped into an audio block.
In other projects Wikimedia Commons.
These are essentially consumer versions of AES3 for use within the domestic high fidelity environment using connectors more commonly found in the consumer market.


Time for my own opinion. First of all, let me be honest in admitting that I ordered a Panasonic Plasma TV and I am still to see how it pans out over a longer period of time. I was told that plasma is outdated technology and LED is the latest. But when I spent time looking at the performance of plasma and LCD, I felt plasma wasn't that bad. Though it may not match the brightness of LED. Also, plasma seems to be a lot cheaper than LED. So, if you are fine with a very good quality image for a decent price plasma may be better for you. But if you want to show off the TV performance, for LED. I was certainly not impressed with LCD.
For more technology reading: Plasma, LED, LCD


VeViVas partners in detail
MOZYS Engineering GmbH develops complete solutions for Industrial IoT, e.g. for predictive maintenance and condition monitoring applications. A particular area of expertise lies in the field of vibrations.
Hardware, software and engineering from a single source: this makes it easier for customers to get started with sensor-based monitoring applications and opens up new solutions and business models in the context of Industry 4.0 based on unique performance features. Customers are supported from the initial idea to series production and benefit from short development times and high flexibility enabled by a modular platform strategy. All products are available as OEM versions and provide the basis for customer-specific developments.
MOZYS Engineering GmbH
97076 Würzburg, Germany
Dr. Amin Mozaffarin
+49 (0)931 49 739 209 1
Condition Monitoring Connectivity
IoT (internet of things)
Dr.-Ing. Tom Marr is a freelance engineer, located in Dresden/Germany.
He offers services to companies and engineering service providers.
His expertise includes:
Simulation (specialized in fluid dynamics simulation and thermal transport challenges)
Software used in his work includes: FloEFD, SolidWorks Flow Simulation, ANSYS Fluent/CFX, SolidWorks
Dr. Tom Marr
Malterstraße 30, 01159 Dresden, Germany
+49 (0)176 379 77 083
Energetical optimization Energy efficiency
Product development Simulation
RAPIDFACTURE enables the rapid production of precision components for mechanical and plant engineering. With the portal ''Production Online'' the company offers online CAD as well as the production of components for the processes milling and turning (1 - 50.000 pieces) including all common further processing like hardening, anodizing or grinding. In addition, RAPIDFACTURE also produces welding assemblies. The automation and digitalization of production processes is supported by software products and customer-specific software development.
+49 (0)89 215 40180
|Autonomous production Computer-aided design (CAD) Computer-aided manufacturing (CAM)|
The company is the leading manufacturer of highly-ordered porous membranes from alumina and silicon with defined and adjustable properties and structure parameters. SmartMembranes not only manufactures membranes on customers‘ request, we also develop new processes and products around our core business. We are a spin-off from the Fraunhofer Institute for Mechanics of Materials, hence we work closely with that research institute as well as with the Martin-Luther University Halle-Wittenberg and the Max-Planck Institute for Micro Structure Physics in Halle/Germany.
SmartMembranes produces macro- und nanoporous structures from silicon and alumina.
Our standard products SmartPor and MakroPor are characterized by a highly ordered structure and a low standard deviation of the pore diameter. Structural parameters such as pore size, lattice constant, porosity and membrane thickness can be adjusted at the nanometer level according to customer needs. The products can be further customized in collaboration with our clients. Surface functionalization (silanization) enables, for example, the control of the hydrophobicity / hydrophilicity of the pores. The membranes can also be used as templates for the development of new nanostructures. The galvanic deposition of metals or metal oxides or polymer wetting expand the possibilities for the production of defined nanotubes and nanorods.
Potential applications can be found in the fields of filtration, sensor technology and diagnostics ("biochips"). The membranes serve as electrode material in battery development and in fuel cells or are used as an anti-reflective surface in optics.
Heinrich- Damerow- Str. 4,
06120 Halle (Saale), Germany
+49 (0)345 13514386
+49 (0)345 13517453
Esy-Labs is an innovative spin-off of the Gutenberg-University of Mainz and of the Fraunhofer Society, specialized in the use of electrosynthesis technology for the production of organic and inorganic raw materials.
Electrosynthesis is available at a scale ranging from grams up to a few tons per year, while it is complemented by integrated biotechnological and chemical-catalytical sub-steps. This integration level results in a unique portfolio of Esy-Labs GmbH.
Founded in 2018, the company operates at the intersection of renewable energy production and chemical conversion. It offers customer-oriented consulting services, electrosynthetic synthesis on demand as well as process development. Thereby, Esy-Labs is able to provide customers electrosynthesis and electrocatalysis technology as needed.
An der Irler Höhe 3a,
93055 Regensburg , Germany
Dr. Tobias Gärtner
+49 (0)941 94686 700
Organic chemistry Pharmaceutical substances
Informatics / data science
VeViVas provides two types of services to business clients in the pharma/biotech and greentech industry (B2B):
I) Open innovation: we identify expert service providers and assemble consortia or expert teams to work on innovation tasks of our clients.
II) In depth analysis and visualization of complex information, e.g. derived from transcriptome- or pharmacogenetic data. Biomarker analyses for precision medicine as well as machine learning approaches and statistical analyses are also part of our portfolio.
Im Homburg 31, 79539 Lörrach, Germany
Dr. Arndt Brachat
Clinical drug development Clinical statistics
Diagnostic biomarkers Diagnostics
Drug response prediction Endotype discovery Exploratory data analysis Genetics
Patient stratification Personalized medicine Pharmacodynamic markers Pharmacogenomics
Informatics / data science
BotCraft is a highly specialized software development company in the field of machine connectivity, robotics and process automation that develops secure solutions for intelligent production and quality assurance.
Lichtenbergstraße 8, GaTe Garching
85748 Garching bei München
AI (artificial intelligence)
AIoT (Artificial Intelligence of Things)
Industry 4.0 IoT (internet of things)
iRPA (intelligent robotic process automation)
Predictive Maintenance Process automation
Software architecture development
Eleva is a drug development specialist that has pioneered the production of biologics using the unique properties of Bryophyta (moss). Moss plants are not only able to produce the most complex and demanding proteins; with their unique characteristics, they virtually invite easy, stable engineering and reliable output. Eleva's technology enables tailored glycosylation for efficient organ uptake of biologics. Flexible genetic engineering and pathogen-free protein production are further advantages of the moss system. Eleva cooperates with pharmaceutical partners for the pre-clinical and clinical development of therapeutic proteins.
Hans-Bunte-Str. 19, 79108 Freiburg, Germany
+49 (0)761 470 99 0
|Antibody Dependent Cell-mediated Cytotoxicity (ADCC) Biobetters|
LSD (Lysosomal storage diseases ) enzymes
Virus-like particles (VLPs)
The products and services of IGV PLANTTECH are based on 30 years of experience of research and development in the cultivation of phototrophic microorganisms, such as microalgae, cell and tissue cultures. IGV PLANTTECH has developed into a reliable and professional technology provider and supplier in this field for universities, research institutes and research departments in companies of various sizes.
The employees - scientists, engineers, designers and technical staff - have many years of extensive knowledge in phototrophic biotechnology and offer, for example, experience in research and characterization of active substances, process and product development as well as photobioreactor design.
The core objective of IGV PLANTTECH is the technical generation of active substances and raw materials in the fields of cosmetics, chemical industry, energy industry, environmental technology, agriculture, healthy nutrition and functional food.
In addition, processing technologies and procedures are developed to production stage and applied in pilot scale. In all these developments, research results from biology, biochemistry and high-end process engineering are profitably and efficiently combined with the latest findings in the physiology of phototrophic microorganisms.
14558 Nuthetal, Germany
Dipl.-Chem. Petra Sandau
+49 (0)33200 89 257
Nannochloropsis Phaeodactylum Photobioreactor
Phototrophic bacteria Phototropic microarganisms Phytoextracts
Process development Scenedesmus


Electrical EMF Radiation Health Risks – Alzheimer’s and Parkinson’s Disease
A few studies concentrated on the effects of electrical (“power frequency”) electromagnetic fields (EMFs) on the human brain function and nervous system (Savitz et al., 1998; Hakansson et al., 2003, Feychting et al., 2003; Qiu et al., 2004). These studies clearly established that there is a strong and consistent relationship between exposure to electrical EMFs and various types of neurodegenerative diseases like Alzheimer’s disease, Parkinson’s disease, motor neuron disease and amyotrophic lateral sclerosis (ALS) or Lou Gehrig’s disease. ALS is also a type of motor neuron disease. The studies of Savitz, Hakansson and Feychting furnish ample evidence on the relationship between electrical EMF exposure and Alzheimer’s disease, while the study by Hakansson proves the relationship between exposure of electrical EMFs and ALS. Various other studies had also confirmed the link between electrical EMF exposure and ALS and Alzheimer’s disease (Johansen, 2000, 2001, 2004; Ahlbom, 2001; Park et al., 2005).
The studies focused on the death of certain neurons in the brain, leading to the above-mentioned neurodegenerative diseases. The major risk factor in Alzheimer’s disease is the presence of amyloid beta in high levels. electrical EMF exposure had been found to increase the level of amyloid beta in the brain significantly, thus elevating the risk of Alzheimer’s disease. Melatonin protects the brain against any neuron damage, thus reducing the risk of Alzheimer’s disease. Since exposure to electrical EMFs reduce melatonin levels, increased risk of Alzheimer’s disease results. A recent meta-analysis that comprised of 14 epidemiological studies confirmed the relationship between occupational electrical EMF and Alzheimer’s disease (Garcia, 2008). The risk in the development of Alzheimer’s disease and other types of dementia was higher in people living near power lines, a study revealed (Huss, 2008). According to the study, the longer the exposure to electrical EMFs, the higher the risks increase for dementia.
Moreover, long-term exposure to electrical EMFs have been found to alter the levels of calcium (Ca2+) in neurons and also induce oxidative stress. Similarly prolonged exposure to electrical EMFs can stimulate neurons in synchronous firing, resulting in toxin build-up and damage to the neurons, particularly to the large motor neurons.
Electrical EMF Radiation Protection – All Homes and Workplaces Should Be Tested
Most homes and workplaces will have electrical EMF radiation hot spots that can easily exceed the exposure levels known to impact on you and your family’s health eg. near electrical devices, power meter boxes, wiring behind walls etc. EMF Safe recommends all homes and workplaces be tested for all electrical and wireless EMF radiation exposures. Often simple changes can be made to reduce or avoid elevated exposures when they are found. EMF Safe rents EMF Detection Kits nationwide that are excellent for this purpose and come with easy to follow instructions including safety reference levels.
Ahlbom A (2001), Neurodegenerative diseases, suicide and depressive symptoms in relation to EMF Bioelectromagnetics (Suppl 5):S132-43.
Feychting M et al (2003), Occupational magnetic field exposure and neurodegenerative disease Epidemiology 14(4): 413-9.
García AM et al (2008), Occupational exposure to extremely low frequency electric and magnetic fields and Alzheimer disease: a meta-analysis Int J Epidemiol 37(2):329-40.
Huss A et al (2008), Residence near Power Lines and Mortality from Neurodegenerative Diseases: Longitudinal Study of the Swiss Population Am J Epidem 169(2):167-75.
Johansen C (2000), Exposure to electromagnetic fields and risk of central nervous system disease in utility workers Epidemiology 11(5): 539-43.
Johansen C (2001), Exposure to electromagnetic fields and risk of central nervous system diseases among employees at Danish electric companies Ugeskr Laeger 164(1):50-4.
Johansen C (2004), Electromagnetic fields and health effects – epidemiologic studies of cancer, diseases of the central nervous system and arrhythmia-related heart disease Scand J Work Environ Health 30(Suppl 1): 1-30.
Hakansson N et al (2003), Neurodegenerative diseases in welders and other workers exposed to high levels of magnetic fields Epidemiology 14(4): 420-6.
Park RM, Schulte PA, Bowman JD, Walker JT, Bondy SC, Yost MG, Touchstone JA, Dosemeci M. (2005), Potential occupational risks for neurodegenerative diseases. Am J Ind Med 2005;48:63-77.
Qiu C, Fratiglioni L, Karp A, Winblad B, Bellander T. (2004), Occupational exposure to electromagnetic fields and risk of Alzheimer’s disease. Epidemiology 2004;15:687-694.
Savitz DA, Loomis DP, Tse CK. (1998) Electrical occupations and neurodegenerative disease: Analysis of U.S. mortality data. Arch Environ Health 1998;53:71-74.


Indoor gardeners can use grow lights to ensure that their plants grow well during the months when there is insufficient sunlight. Several grow lights exist on the market. For instance, there are LED grow lights and fluorescent grow lights. This article discusses why LED grow lights are superior to fluorescent grow lights. Use this information as you make a buying decision regarding which type of grow light you should acquire.
One of the biggest advantages of LED lights is their durability. While fluorescent lights will last about two years, LED grow lights will last for about 10 years or more. This means that the initial cost of the LED grow lights will be spread out over a longer time, thereby making the lights more affordable in the end.
This refers to how well the different grow lights convert electricity into light. Again, LED lights come out on top. This is because their efficiency can reach 100 percent while the efficiency of fluorescent grow lights maxes out at about 40 percent. This is because the fluorescent lights lose some of the energy they receive as heat energy. Owning LED grow lights will result in a lower energy bill when compared to having fluorescent grow lights.
Ease of Installation
LED grow lights weigh much less than fluorescent grow lights. Heavier grow lights are more complex to install because they require a very sturdy structure to hold them onto the roof of the growing room (such as a greenhouse). This reinforcement can significantly increase the cost of installing those lights. The small size and lightweight construction of LED grow lights makes them very easy to install. This is because they require very little space. They can also be attached to any roof structure without any fear that the support structure of the roof will sag under their weight.
Ability to Adjust Light Intensity
LED grow lights can also be adjusted according to the prevailing conditions in the grow room. For instance, you can increase their intensity during the darkest winter days. You can also reduce that intensity during the days when there is some light coming in from outdoors.
LED lights are relatively new on the market. They were introduced to address some of the challenges that were observed in the existing grow lights. Talk to your supplier of agricultural equipment and supplies so that you can transition to using these grow lights. You will then be able to enjoy their superior attributes explored above.


Hosted by EPICenter.
Ever wanted to control things around you or make something innovative? But don’t know where to get started? This workshop will give you the basic knowledge and working of Arduino software. Participants will need to bring their laptops; an Arduino board will be provided. We will start with a simple code of how to control an LED.
Note: Participants should have basic knowledge of C Language
This event is FREE but space is limited. Only the first 15 registered and attended will be provided with an Arduino board.
Sign up here.


Supply Chain Industry Trends 2023
In 2023, the field of supply chain management is expected to continue undergoing significant digital transformations.
Here are some key digital trends that are likely to shape the supply chain industry in 2023:
RPA (Robotic Process Automation), IOT, AI –
The logistics and supply chain industry is undergoing a digital transformation, driven by technologies such as artificial intelligence (AI), machine learning, big data analytics, and the Internet of Things (IoT). These technologies enable improved visibility, automation, and optimization of supply chain processes, leading to increased efficiency and cost savings.
RPA involves using to automate repetitive manual tasks in the supply chain. Robots help to handle the packing and sorting of goods, reducing errors and increasing efficiency. IoT devices provide real-time data on inventory, shipments, and equipment, enabling better tracking and management. AI can analyze large amounts of data, identify patterns, and make predictions to enhance demand forecasting, inventory management, and logistics optimization.
Enhanced Supply Chain Visibility
Real-time, granular visibility across the supply chain will remain a priority. Companies will invest in technologies such as blockchain, RFID, and advanced tracking systems to gain accurate and actionable insights into inventory, shipments, and overall supply chain performance.
Blockchain can provide transparency, security, and traceability in supply chain processes. It can help supplier management, product tracking, and authentication, reducing fraud and counterfeiting risks. Smart contracts on #blockchain platforms can automate and enforce contract terms, improving trust and reducing disputes between supply chain partners.
Smart contracts on blockchain platforms can automate and enforce contract terms, improving trust and reducing disputes between supply chain partners.
Cloud Computing and Software-as-a-Service (SaaS):
Cloud-based supply chain platforms and SaaS solutions offer scalability, flexibility, and accessibility. They enable real-time collaboration, data sharing, and #integration across different supply chain partners.
Advanced Analytics and Predictive Analytics:
Supply chain analytics will continue to evolve, utilizing advanced data analytics techniques and predictive models. These tools can help identify trends, optimize supply chain performance, and mitigate risks. Predictive analytics can assist in demand forecasting, inventory optimization, route optimization, and predictive maintenance, leading to better decision-making and cost savings.
These trends are reshaping the logistics and supply chain management landscape, forcing companies to adopt new strategies, technologies, and practices to stay competitive in an increasingly complex and interconnected global marketplace.