Hai is powered by innovative recommendation engines with state-of-the-art deep learning techniques to learn and understand what makes the taste of each individual unique.
3 main approaches are defining the core technology behind Hai:
Deep Collaborative Filtering
We use deep collaborative filtering to understand people's preferences from cross-domain data sets. Unlike Matrix Factorization, our algorithms do not reduce an individual's preferences to a simplistic linear model but focus instead on all the complex patterns driving their tastes.
Semantic Graph Embedding
With graph embeddings we make sense of metadata, labels, tags, genres, actors and any ontological relation. Those approaches allow to find hidden correlations between seemingly unrelated or unpopular items.
Deep Content Extraction
We extract relevant information from text or image data using natural language processing and convolutional neural networks. Using this technology we can recommend an item that no one has rated yet by using its movie poster, synopsis or review.
Our algorithm uniquely learns the tastes and preferences of each individual while tackling the cold-start problem, that is, a recommendation of a new or rare item based on its content. Our backend uses a custom infrastructure built from scratch on Kubernetes which enables re-training a user's profile in real time every time they rate an item.


These tutorials will be kept up-to-date for the latest version of Ouroboros. Check the version that is installed on your system using:
$ irmd --version
The output shown in the tutorials uses a debug build of Ouroboros, with FUSE installed and IPCP_FLOW_STATS enabled to show some additional details of what is happening.
- Tutorial 1: Local test
- Tutorial 2: Adding a layer
- Tutorial 3: IPCP statistics
- Tutorial 4: Connecting two machines over Ethernet


A DELTA paper has been accepted at the SEST 2021 Conference.
The paper, entitled: “Energy Profile Clustering with Balancing Mechanism towards more Reliable Distributed Virtual Nodes for Demand Response” will be presented at the event by DELTA project partner CERTH.
It will be available to read under the publications tab in due course.
SEST 2021 Conference
SEST 2021 will be the 4th international conference on Smart Energy Systems and Technologies (SEST).
The event creates an opportunity for participants to highlight the various engineering challenges facing the smart energy industry. It allows stakeholders to share their knowledge across a broad range of topics, such as energy system design and grid integration.
It also provides an arena for academic researchers, industry professionals, as well as government policymakers to communicate their findings and to discuss the best practice for the implementation of smart energy systems.
The conference will take place from Monday, September 6th – Wednesday, September 8th in Vaasa, Finland.
You can learn more about the event on the SEST website.


Training is available on operation of instruments at locations as specified below. Once trained, you will have access to a calendar to enable scheduling of instruments for your use. Instrument use incurs a fixed cost
1. Qubit 4 at both TKI and HPIMR labs
This instrument is to measure concentration of extracted nucleic acids and libraries.
2. TapeStation 4200 at both TKI and HPIMR labs
This instrument is to assess quality of extracted nucleic acids via DNA Integrity Number (DIN) for DNA and RNA Integrity Number equivalent (RINe) for RNA and high throughput fragment sizing of libraries.
3. Bioanalyzer 2100 at TKI lab
This instrument is for assessing quality of extracted RNA via RNA Integrity Number (RIN) and low throughput fragment sizing of libraries.
4. Eppendorf Vacuum concentrators for 96 well plates at HPIMR labs
This instrument is to reduce the volume of samples in 96 well plates. It is available in the pre PCR lab as well as the post PCR lab at Perkins site.


The network is advertised with a fingerprint that is not in the list of configured expected fingerprints. This could indicate that a possible attacker is spoofing your network.
Fingerprinting is used to identify hardware/firmware combinations of your access points. If a attack platform is used to spoof your networks, the fingerprint will most likely differ.
- A legitimate change of the access point configuration took place and the nzyme configuration has not been updated.
- The expected fingerprints for the network are configured in your
nzyme.conffile. Configuration Reference


. 7 video inputs: 4 SDI, 2 HDMI, and DVI-I
. 12 audio inputs including: 4 SDI, 4 XLR, 2 HDMI, Mic
. 9 video inputs: 4 SDI, 2 HDMI, 2 analog composite, DVI-I
. 6 audio outputs including: Program – XLR, SDI, Preview – SDI; AUX SDI; headphone
. Two analog composite inputs allow direct connection to legacy video sources (in SD system mode)
. Ability to mix embedded audio from HD/SD-SDI camcorders and other sources
. Genlock, GPI, RS-232C and tally output
. 12-bit processing ensures high image quality
. Supports 1080/59.94i, 1080/50i, 720/59.94p, 720/50p and 480/59.94i and 576/50i
. Built-in Multi-Viewer allows users to view up to 10 images on a single display, including video sources, audio levels, and a waveform monitor
. 5.7″ LCD screen displays five-row matrix menu which, combined with 5 rotary switches, allows you to change functions quickly and easily
. Digital effects include: basic pattern key, transition wipes, chroma and luminance keys, downstream keying (DSK), title key, time effects (still/strobe) and fades (in/out, video, audio).
. Preset/event memory buttons.
. Connects easily with Panasonic projectors via DVI-D, HD-SDI and RS-232C connections to mix various sources during a presentation, and can remotely control the projector’s power and shutter settings.
. Weight: less than 20 pounds
. Up to 100 event memories
. 10 keys for setting inputs
. Joystick control of key adjustments


Today is Tesla’s first annual Battery Day. It’s a day to focus on EV technology and what’s next in advancing it towards widespread consumer adoption. We’ve been focusing on how to maximize today’s EV batteries to make them high density, quick charge, affordable and safe for years. At Global Graphene Group, we know that EVs are the future, and our drop-in graphene-enhanced solutions can help EV manufacturers improve their battery function, today.
Elon Musk, Tesla’s CEO, tweeted yesterday that today’s Battery Day announcements will include news on long-term manufacturing of EV’s, including semis, cybertrucks and a roadster.
A leak surfaced recently that a larger cell will be announced during today’s Battery Day. The rumored 4070 cell would be used in batteries for electric semi and cybertrucks. No matter which size the battery cell will be, the heat dissipation will be a more serious problem than the current 2170 cell because heat will need to travel at least twice the distance from the core of the cell.
Heat can be a big spoiler for the EV batteries companies like Tesla are banking on. Heat builds up when batteries are super charged and under continuous driving conditions. That’s exactly what online leaks suggest Tesla has planned with batteries for semi and cybertrucks. While it makes sense to prioritize these types of vehicles in terms of their environmental impact, having delivery trucks and freight carriers with massive batteries driving continuously add up to a potential power disaster.
There’s already evidence of EV batteries losing their power density and becoming unsafe in high heat areas – think Arizona, Texas, Nevada and other areas of the country that tend to heat up. In some of these areas, they experience more than five days per year with temperatures climbing over 100°F. Much of the country experiences temperatures above 80°F throughout the summer months. Those high temps can decrease the battery life dramatically. Lithium-ion batteries have a decreased lifespan under high and continuous heat situations. Vehicles that are heavily used throughout the day with little break and ones driving in tropical weather areas are affected.
Specifically, the corrosion reactions between the battery’s electrolyte and the current collector can be very serious above 113°F. And that is why many EV owners observed reduced charging current when their battery pack reached 113°F during fast-charging in order to prevent the damage. Research shows even just parking outside when the ambient temperature is above 90°F can permanently damage the EV battery. E-trucks are supposed to run for hours continuously every day which will damage the battery pack from heat more than passenger EVs.
So how to EV manufacturers mitigate the high heat issues for their batteries? Of course, a nice cooling system can solve this problem, but it also consumes the energy from the battery and thus shortens the mileage per charge. They could adjust the battery’s power during fast charging when the battery temperature hits the upper temperature limit. But some real data showed up to 50% more time will be needed for fast charging in hot climates, which is a negative for consumers. EV owners could park in the shade or avoid driving during hot days, but that’s not always possible.
While many consider solid-state batteries to be the “holy grail” of EV batteries, but they’re still years away from commercialization. At G3, we have developed a portfolio of graphene-enhanced battery solutions that bridge the gap between today’s lithium-ion batteries and tomorrow’s solid-state.
Our graphene-coated current collector performs much better than bare aluminum current collector, even at temperatures above 131° making it a good fit for military applications under extreme conditions. It would also benefit E-trucks and every EV that needs higher power and real fast-charging. The theory behind this is that HF generated from a chain reaction in electrolyte can damage the surface of the current collector in a Li-ion battery. The corrosion reaction will become more serious when temperatures or voltage are high.
G3‘s graphene-coated Al current collector solves this problem. We did an accelerated cycling test at 55°C between 4.0 and 4.3V, the voltage range the corrosion is serious. You can see that when commercial bare Al was used, the capacity dropped rapidly to <80% capacity retention within 50 cycles.
Our graphene-coated Al current collector can last over hundreds of cycles. 55°C might be considered as an extreme condition but actually the battery can reach this temperature fairly easily. Super-charging, parking under direct sunlight in summer or tropical areas, or continuously driving for hours will let the battery heat to over this temperature and damage the battery permanently. In the future, we will use this product in our cells to improve the cycle life, making it capable of high-power charge/discharge, and giving consumers worry-free parking for days of hot weather. Tesla and other EV OEMs can surely benefit from our graphene-coated current collector.
We’re ready to talk about our EV battery technology. Give us a call at 937-331-9884 or email [email protected] to schedule a time. Our drop-in solutions are ready now and will lower EV battery costs, increase their range and provide a safer battery. Widespread EV adoption is around the corner, and G3 is prepared to be part of the EV revolution.


The “Radar Detector Market” research report offers a comprehensive analysis of the global Radar Detector market. It portrays the detailed research of the key contributors in the global Radar Detector market. The report offers a succinct outline of the global Radar Detector market and assesses the global market volume.
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The research report highlights the profiles of the dominating market players. Leading players in the global Radar Detector market are TECNET, Escort Products, Junhong Electronic & Technology, Shenzhen Sunway Industry, Guangzhou B-King Auto Electronics Limited, Snooper, Wanma Soaring Electronic Technology, Globalradars, Valentine one, Shenzhen Camedio Technology, Shenzhen Supa Industry, Rizen Corporation, Lidatek, ON TRACK Automotive, Whistler Radar Detector International, Beltronics, Quintezz, Cobra Electronics. The report presents all-inclusive data covering the foremost players. It demonstrates the latest growth in the shares along with the business synopsis and product offerings of the leading market players. The report uses the SWOT analysis for the growth assessment of the leading market players.
The report offers the assessment of the global Radar Detector market for the estimated duration. In addition, the key product category and segments Full-frequency Radar Detector, GPS Radar Detector, Ordinary Radar Detector along with sub-segments Automotive, Communication, Other of the global Radar Detector market are covered in the research report. The global Radar Detector market is reviewed in terms of size as well as revenue.
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Global Radar Detector Market Report mainly covers 10 Chapters
1. Radar Detector Market Overview and Key Success Factors.
2. Global Radar Detector Market Share 2013 2025, i.e., Market Value (USD mn) Volume (units).
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4. Demand and Supply Chain Analysis of the Radar Detector Market.
5. Company Profiles of Leading Radar Detector Market Players.
6. The Radar Detector Market Segmentation along with Performance of Individual Market Segment.
7. Distributors and End Users.
8. Import, Fare, Utilization and Utilization Incentive by Major Countries.
9. Global Radar Detector Market Forecast to 2025.
10. Radar Detector Research Report Conclusion.
The report utilizes numerous research tools to assess the growth of the global Radar Detector market. It analyses the impact of Porters five forces on the expansion of the global Radar Detector market. The report highlights the current market drifts and other perspectives impacting on the market growth for the estimated time. It also demonstrates the key factors contributing to and influencing the development of the global Radar Detector market.
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Based on the geographical regions, the global Radar Detector market is bifurcated into North America, Europe, South America, Middle East & Africa. Further, the expansion of the Radar Detector market is highlighted in each key area. The report focuses on the impact of macro- and microeconomic factors on the global Radar Detector market. In addition, it demonstrates a complete value chain of the global Radar Detector market. The report reviews the downstream and upstream components of the global Radar Detector market.
Thanks for reading this article; you can also get individual chapter wise section or region wise report version like North America, Europe, South America, Middle East & Africa.


There are several ways to sync your diabetes data with Glooko! Depending on your device, you may be able to sync your device directly with the Glooko mobile app, upload your data from your computer using the Glooko web app or connect a cloud account or device.
To determine if and how your device can sync with Glooko, reference the Glooko Compatibility page.
Let's explore the ways you can sync your data:
- Sync with the Glooko mobile app
- Upload your data using the Glooko web app
- Connect a cloud account or device
If your diabetes device is compatible with the Glooko mobile app, there are three primary ways you can sync your data:
- Sync via Bluetooth: If your diabetes device is Bluetooth-enabled, you can connect your device to your Glooko account directly without any additional hardware. To learn how, see Pairing and syncing Bluetooth-enabled diabetes devices with Glooko®.
- Sync via the MeterSync™ Blue: If your device is NOT Bluetooth-enabled, you can use a piece of hardware called the MeterSync™ Blue to connect your device to your Glooko account. To learn how, see Pairing and syncing diabetes devices using the Glooko® MeterSync™ Blue.
NOTE: The MeterSync™ Blue is available in the US only.
- Sync via USB Cable: Some devices may require you to use a USB cable to sync your data with Glooko. To learn how, see Syncing diabetes devices using a USB cable (Android).
If your diabetes device is compatible with the Glooko web app, you can install and use the Glooko Uploader on your PC or Mac computer to sync your data with your Glooko account. To learn how, see How do I upload diabetes data on the web using the Glooko® Uploader?
NOTE: To use the Glooko Uploader, you will also need the syncing or device download cable that came with your diabetes device (learn how to obtain one here).
Glooko integrates with many popular cloud-connected apps and devices. You can easily connect your cloud accounts to Glooko, allowing Glooko to automatically access that data.
NOTE: Some Cloud integrations are available in the US only.
Use the links below to learn how to connect your cloud accounts:
- How do I connect my Dexcom account to Glooko®?
- How do I connect my Eversense account to Glooko®?
- How do I connect my Omnipod DASH™ Cloud account to Glooko®?
- How do I connect my Omnipod® 5 with Glooko?
- How do I connect my OneTouch Reveal® Account to Glooko®?
- How do I connect my Smart Meter iGlucose meter to Glooko®?
- How do I sync third-party fitness and health apps and devices with Glooko®?
Having trouble syncing your data? Reach out to our Support Team!


Miniture size of ZScreen to enable RealD cinema quality of 3D picture with commercially available home theater projectors.
- MZS-LC13A: LCoS projector
- MZS-DL13A: DLP projector
2pcs passive eyewears are included.
Take advantage of mobile Single Projector Passive 3D visualization solution for design, collaboration and presentation in the well known RealD quality.
Mini-ZScreen is the perfect budget solution for passive stereo 3D presentations in education, medical/DICOM, computational chemistry, conference rooms and professional home cinemas. Compatible with stereo-ready 3D projectors, Mini-ZScreen is offering brightest, crispiest, high-resolution colour stereo image without ghosting. The quality is like sitting in a RealD Cinema. It is ideal solution in situations where concepts, facts, and results must be communicated clearly, precisely, and with impact to large audiences at a reasonable price and best picture quality. It is available for 1-Chip DLP or LCoS projectors.
RealD Mini-ZScreen is placed in front of the 3D enabled projector lens and, when used in conjunction with polarized eyewear, creates an unparalleled sense of immersion. This combination is ideal for presenting Stereo 3D imagery to large audiences like in classrooms, meeting rooms or laboratories.
- Allows earlier Stereo3D visualization of models, enhancing design review.
- Increases effectiveness of presentation involving 3D design or concept.
- Supports passive Eyewear – With the Mini-ZScreen in place over the lens, high quality stereo3D visualization is achieved using low-cost passive eyewear for an indefinite audience.
- Flicker-Free Viewing – The supported 3D DLP projectors offer picture sizes up to 5 m (14 feet) for stunning stereoscopic viewing.
- Plug-and-Play Compatibility – RealD Mini-ZScreen simply plugs into the VESA MiniDin 3-pin stereo Sync Port of the projector or the computer.
- Easy Flip-Up for 2D viewing – The RealD Mini-ZScreen can be easily flipped up if you want to see a 2D movie.
- No additional power supply – The RealD Mini-ZScreen is not requiring an additional power supply.
|Aperture Size||64mm x 43mm|
|Contrast w/o screen||>250:1|
|Dimensions (WxHxD)||150mm x 182mm x 83mm|
|Input Voltage||4.5V -13.2V | 15mA (5V DC input) supplied by projector output terminal|
|Synchronization method||VESA DIN-3pin|
|Synchronization Frequency||35Hz - 150Hz (Triple Flash)|
|Lifetime against illumination||10000hr @ 4000lm|
|Compatible projectors||Optoma：HD25-LV / W401
JVC：DLA-X700R / X500R
DLA-X95R / X75R / X70R / X55R / X35 / X30
NEC：NP-M402WJD / M362WJD / M402XJD
Please contact us for further supported models.
|Model||MZS-LC13A for JVC LCOS projectors | MZS-DL13A for DLP projectors|
|Manufacturers Warranty||12 Months|


In order to update PSP firmware with the network, a wireless internet connection is required.The firmware update occurs automatically and it is the easiest way to upgrade the PSP.To update PSP firmware for the PC, the PSP has to be connected to the PC. There are two methods to update the PSP firmware: This option allows you to update the firmware through a wireless Internet connection.The process is not automatic and it involves some manual steps to complete the procedure. It's automatic and is the simplest way to update your PSP This document, titled "Update the firmware of your PSP," is available under the Creative Commons license.On the stick, create a folder called PSP, then create a folder inside that called GAME, and finally create a folder inside GAME called UPDATE.Keeping your PSP's firmware up to date is important if you want to take advantage of all the neat features Sony has included.Many new game releases will also require you to have a certain firmware version to play on your system.
The most straightforward way to update your firmware is by using the "system update" feature on the PSP itself.
Sony offers three different ways to update your PSP's firmware, so you can choose the one that works best for your internet connection and equipment.
Because there are three different ways to update, the first step is to choose which one you'll use.
In this article I am going to walk you through the steps required to upgrade the firmware on a PSP device.
Unfortunately, it’s not as easy as double-clicking an EXE file and watching the magic happen.


Work with us
Accelerat supports companies in the design and development of cyber-physical/embedded systems
Accelerat supports companies in the design and development of cyber-physical/embedded systems by providing its strong competences and skills on software technologies.
The engineering services offered by Accelerat include:
Development of embedded software (functionality, bare-metal firmwares, peripheral drivers, OS and hypervisor-level mechanisms, etc.)
Development of real-time Linux applications
Integration of multiple software systems on the same platform to reduce indicators such as cost, energy consumption, communication latencies.
Acceleration of algorithms using hardware acceleration technologies (FPGA, GPU, DSP, etc.)
Performance and design optimization of embedded software
Accelerat is also committed to support customers in analyzing their systems to solve problems and improve exisiting designs.
Our consulting services include:
Systematic end-to-end timing analysis of embedded software
Security/threat analysis to identify attack vectors and assess the level of integrity and confidentiality of embedded software
Profitability analysis for hardware acceleration
Evaluation of isolation capabilities of virtualization/hypervisor solutions
to get more information on our services.


One of the most recent forms of computer networking is Cryptosystem software. This can be a type of software that is used to control systems of any size, via small personal networks to large business ones. It absolutely was designed to be resistant to attack out of both malware and cyber-terrorist, making it highly helpful for both agencies and their consumers. Now that its functionality continues to be extended, other applications have been added for use in this kind of field. In order to understand how this kind of software performs, one must know what it is and exactly how it is used.
The essential function with this software is to encrypt info before tranny. This data encryption prevents others right from intercepting the transmitted data, ensuring that the particular intended beneficiary can read it. This kind of ensures the integrity on the network in general, and even the confidentiality of individual computers for the network. In addition , whenever multiple users are using the same network concurrently, this computer software can help http://www.dennisvandeven-helmond.nl/debt-settlement-programs-proven-methods-to-locate-legit-debt-settlement-organizations/ to protect every one’s data from losing sight of range of different ones.
Cryptosystems also provide to safeguard network targeted traffic, ensuring that data will not be leaking out in to the public internet. Each network should be secure in its individual right, thus Cryptosystems will be able to encrypt info at the network layer. Also, no unauthorized customer will be able to access it, and no one will be able to intercept the info that is getting through. It also offers an authentication layer for users, making them come to feel more secure while using the network. The authentication makes sure that the information they can be sending can be legitimate, and that the other users will be who i have heard it said they are. This also makes the network very much better quality, making it more difficult for an not authorized party to make use of a vulnerability to use over the network.
Concerning the way this software is used, it is primarily found in devices utilized by banks and financial institutions. They need that because of the very sensitive information they may be dealing with. Likewise, because it is used in such manipulated environments, additionally, it is effective in stopping online hackers. Because these kinds of attacks usually come from out of doors sources, the solution is effective in stopping all of them. The software is able to stop cyber criminals before they will do too much harm.
Cryptosystem https://risecrypto.net/ applications are also employed commonly in the medical field. Software applications employed in this field include kinds that assist individuals keep track of the health, both equally physical and mental. Because of this, if a person ever should know some thing as descriptive because their health position, then this software is incredibly beneficial.
The benefits of applying such software is pretty much what every networker knows. They incorporate being able to protected data and stopping cyber-terrorist. They also add an additional level of authentication for users, which helps these people feel safe when using the network. This added layer of security will even help them in preventing virtually any third party by using their network to attack different computers. This all goes to show just how valuable this type of software is, and simply why it really is used frequently.


“Shark Tank,” the critically acclaimed and multi-Emmy® Award-winning entrepreneurial-themed reality series, is known for showcasing innovative products and ideas. Behind the scenes, the same is true. Now in its 10th season, when not enough stage capacity was available to handle current production needs, “Shark Tank” producers turned to a radically new solution provided by Innovation Studios.
Innovation Studios, a state-of-the-art facility launched earlier this year. on the Sony Pictures Studios lot, captured a virtual 3D digital model of the Exit Interview Shark Tank set using a technique called volumetric image acquisition.
This was accomplished through a unique combination of capture technology to create a photo-realistic environment. In June, Innovation Studios scanned the “Shark Tank” set, creating a 3D digital model (the Virtual Set).
In September, this Virtual Set was then used as a background when “Shark Tank” filmed exit interviews with approximately 100 contestants, and Innovation Studios was able to composite them in real time. Scenes with this technology aired for the first time in December and will continue to air throughout the season.
“The technology is truly seamless,” said Alex Halatchev, Shark Tank Production Manager. “When we were watching interviews on monitors remotely, a producer asked to move a plant next to the couch, but it wasn’t really there because it was the virtual set.”
This revelation about how real the virtual set appeared was music to the ears of Glenn Gainor, head of physical production for Screen Gems and president of Innovation Studios.
“By harnessing technology throughout Sony’s many businesses and applying it to productions, this is a shining example of how we are giving content creators essential tools to tell real-world stories and solve real-world problems such as limited sound stage availability.”
“The show continues to inspire a new generation of entrepreneurs, and Innovation Studios is inspired to continue serving as a hub where technology meets story for real productions with practical tools,” added Gainor.”
Dell, Deloitte Digital and Intel Corporation are collaborating with Sony Pictures Entertainment and will play an integral role in helping to expand the applications of Innovation Studios beyond entertainment to other verticals including medical, retail and education.


This page dedicated to a low and high power diplexer design and implementation.
I would start with low power diplexer.
The design is a combination of LPF and HPF circuits with LC traps for 40 and 80 meter bands to increase band isolation.
Some numbers I achieved for 200 watt diplexer:
- Insertion Loss (IL) < 0.1dB.
- Band Isolation > -35dB for 40M band
- Band Isolation > -30dB for 3.5-3.8 MHZ (lower isolation above 3.8MHz)
- Return Loss (RL) > 27dB
- 100 watt output power with 100% cycle
- 200 watt output power PEP
Please, see schematics below – a Cauer (Elliptic) type.
Please, see schematics below – a Chebyshev type.
Please, see Diplexer low power graphs below built based on a Cauer type.
- The difference between filter types is not a significant to discuss it but two schematics allows to chose more suitable capacitor’s values.
Below is a High Power Diplexer for 40 and 80 meter rated at 3000 watts of an amplifier output power.
- Band Isolation > -35dB for 7.0-7.3 MHz
- Band Isolation > -30dB for 3.5-3.8 MHZ
- Return Loss (RL) > 30dB
- 1500 watt output power with 100% cycle no cooling required
- 3000 watt output power (50 CFM cooling fan recommended)
- 1411ZU 17″ long Hammond enclosure
The 40M band below:
The 80M band below:
Graph below is an Impedance ([Zs]) and VSWR from Antenna port:


Easson EX-100 Manual for Universal Length Instrument with Digital Processing
Instrument accuracy (A)
< 0.5µm (20ºc + 0.2ºc)
Absolute measuring range (mm)
Relative measuring range (mm)
Display value (µm)
Measuring force (N)
0, 1.5, 2.5
Display value variability
For external dimensions 2 δ< 0.3µm For internal dimensions 2 δ< 0.5µm
Applications: The ULM is applied for absolute and measurement instrument.
It features in high accuracy due to adopting Abbe comparative theory and a high
precision measuring system. It is mainly used in measuring office of
factories and various level measuring departmental in metal machining
industry, specially in machine manufacturing, bearing manufacturing,
gauge manufacturing as well as precision tools manufacturing and instrument
manufacturing etc industries. Instrument adopts raster digital display
technology and it is high technical product integrating optical,
mechanical and electric (algorithm), improving its accuracy and work
Main Subject to be measured
Shaft, Hole, Plug gauge, Ring gauge, Clip gauge, length bar, Cone, Cylindeical workpiece, Lower grade block gauge, Workpiece with parallel planes etc.
Pitch diameter of internet thread, thread, thread ring gauge, thread plug gauge.
EX-100 instrument is equipped with a data processing system. This system of a
computer and data processing software, digital display hardware. The measuring
results can be output by a printer.
Fluke (Wavetek 9100) Calibrator
The Fluke 9100 is a multifunction calibrator with a breadth and depth of
outputs never before available from a single calibration source. In addition
to DC and AC voltage to 1050V, variable Resistance to 400MÙ and DC and AC
current to 20A (1000A via the optional current coils), the 9100 delivers
continuously variable capacitance values to 40mF and conductance values to
2.5 milliSiemens. It also generates digitally synthesized and phase-locked
sine, square, triangle, impulse and trapezoidal waveforms, variable
amplitude pulses to 10 MHz, pulse widths to 2 seconds, and duty cycles
between 0.05% and 99.95%.


Computer data consists of ideas, numbers, images, etc . This varies greatly out of application to application. Data acquisition, transcribing, machine language, etc ., happen to be examples of pc data. In computer lingo, data is virtually any set of one or more alphabets. Datensatz (fachsprachlich) is the solo term of information collected with a computer.
Data takes various forms just like text, statistical values, audio and video. Data is non-volatile storage inside the computer. Non-volatile storage means that some type of computer data storage device can be reached without electricity from the computer without matter over destruction and damage. Data is definitely lost because of physical destruction of a hard disk drive, computer crash, computer failure, and so on.
Info is inclined https://rebootdata.net/data-processing/ to physical damage in two ways: either in its form when it leaves the computer or in the binary shape when it is stored in a physical storage device. Computer data storage gadgets fall in this category: primary storage and / or supplementary storage. Key storage is utilized by software applications to save and recall prior activities performed on a personal computer. Computer data storage devices fall into its kind: primary storage space and / or supplementary storage. disc | safe-keeping | binary numbers | hard disk drive | solid state} A CD ROM is another kind of computer info storage device, used mainly by personal computers. It includes programmable ram, generally categorised as RAM, which is accessed with a floppy disk or a permanent magnet disk plate. A CD ROM storage drive is based on the non-volatile storage area concept in which the data is normally stored on a non-volatile ram chip and is also retrieved simply by accessing a similar from a floppy drive or a CD writer. One of the most widely used types of CD ROM drives happen to be floppy disk drives, that are based on the physical memory basic principle, and read/write media based on the magnetic-based technology.


Primax Technologies Limited is a fast growing Information and Communications Technology (ICT) company, which specializes in the development, research, deployment and creation of customized and service oriented software applications. We also deliver hardware technologies that enhances everyday business. As a corporate Nigeria organization, we seek to deliver to our primary market (Nigeria) and the international market the best I.T services that can help build businesses and deliver optimum and timely solutions per time. We have developed the technical and managerial expertise to provide comprehensive and tailored solutions to meet the specific requirements of our customers home and abroad. Read about our Products & Services here Our Vision
Our vision is to build a world class IT business environment that will deliver competitive quality services and value to customers
Our Core Values
Who Leads the Team?
Michael leads the vibrant team at Primax Technologies Today, His keen interest and experience in Information and Communication Technology has helped the Team grow over the years. In his words “We need to revolutionalize ICT in Nigeria”
Read his full profile here


4 GTX: The Electric SUV Revolution
The .4 GTX represents a significant leap forward in the electrification of the automotive industry. As a highly anticipated release from Volkswagen, the ID.4 GTX combines the practicality of an SUV with the performance and efficiency of electric power. In this article, we will delve into the key features and important details that car enthusiasts and potential owners need to know about this groundbreaking vehicle.
Understanding the VW ID.4 GTX:
The VW ID.4 GTX is not just any electric SUV; it sets a new standard for the segment. With its sleek and modern design, the ID.4 GTX stands out on the road. It features a spacious interior, cutting-edge technology, and a powerful electric drivetrain. The core elements of this extraordinary vehicle include:
1. Electric Performance: The ID.4 GTX boasts an impressive all-wheel-drive system, making it capable of tackling any terrain. With dual electric motors powering the front and rear axles, it delivers exhilarating acceleration and precise handling. The advanced electric drivetrain provides ample power while still remaining highly efficient.
2. Long-Range Capability: Range anxiety is no longer a concern with the ID.4 GTX. Equipped with a high-capacity battery, it offers an estimated range of up to 300 miles on a single charge. This makes it suitable for both daily commuting and long-distance journeys.
3. Rapid Charging Technology: The ID.4 GTX supports fast-charging capabilities, allowing you to recharge the battery quickly. With compatible charging stations, you can achieve up to 80% charge in just 30 minutes, enabling convenient and hassle-free charging on the go.
4. Cutting-Edge Technology: The interior of the ID.4 GTX is a testament to Volkswagen’s commitment to innovation. It features a state-of-the-art infotainment system, digital cockpit, and advanced driver assistance systems, providing a seamless and futuristic driving experience. The intuitive interface and connectivity options ensure that you are always connected, informed, and entertained during your journey.
Historical Evolution of the VW ID.4 GTX:
The VW ID.4 GTX is the result of Volkswagen’s extensive research, development, and investment in electric mobility. As part of their larger strategy to shift towards sustainable transportation, Volkswagen embarked on a journey to create a family of electric vehicles. The ID.4 GTX is the culmination of years of technological advancements and learnings from previous models.
1. Introduction of the ID Series: In 2019, Volkswagen unveiled the ID.3, the first model based on their modular electric platform (MEB). This compact hatchback showcased the brand’s commitment to electric mobility and served as a foundation for future electric vehicles.
2. Expansion with the ID.4: Building on the success of the ID.3, Volkswagen introduced the ID.4 in 2020, marking their entry into the lucrative SUV market. The ID.4 received praise for its spacious interior, long-range capability, and versatility.
3. The Birth of the ID.4 GTX: With the growing demand for performance-oriented electric vehicles, Volkswagen recognized the need to expand the ID.4 lineup. The result was the ID.4 GTX, a high-performance variant designed to deliver thrilling driving dynamics without compromising on practicality or sustainability.
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The VW ID.4 GTX represents a paradigm shift in the world of electric SUVs. With its advanced technology, impressive performance, and eco-friendly nature, it sets a new benchmark for the industry. From the ID series’ humble beginnings to the introduction of the ID.4 GTX, Volkswagen has undoubtedly made significant strides in their commitment to electric mobility. As the automotive landscape continues to evolve, the ID.4 GTX stands as a shining example of Volkswagen’s dedication to a cleaner and more sustainable future.


Uses: for on-site and on-site rapid assembly distillation experiments, such as: on-site detection of volatile phenol, cyanide, ammonia nitrogen, etc. in water.
1. Heating module:
Adopt far infrared ceramic heating module, a total of two channels, a single channel and a single control, the heating power is controlled by the way of independent voltage regulation module voltage control, regulated by potentiometer, the output voltage is stable .
Second, the folding support module:
The condenser tube bracket can be quickly folded for portability and space saving.
Third, the bottle holder receiving module:
The magnetic rebound type module is adopted, and the linear slide rail is used to realize the expansion and contraction of the receiving bottle bracket, which is convenient for placing the receiving bottle .
It can be connected with cooling water circulating water machine or tap water.
V. Main technical indicators:
Control: Potentiometer knob control
Heating hole position: 2 holes
Rated voltage: 220V/50HZ
Rated power: 85 0W
Dimensions (mm): 460×285×530 (opening height of the condenser tube bracket)
Safety setting: with fuse, fuse protection after overload .
6. Standard configuration:
A host (including power lines), the water circulation unit (optional), double condenser 2, two flasks 500ML, 250ML Erlenmeyer flask 2, a plurality of connecting pipes and ancillary fittings.
One certificate of conformity, one instrument operating manual, one packing list, and one product warranty.


A company called WaveSense is trying to add Ground Penetrating RADAR into the array of sensors that are used on self-driving cars. WaveSense uses gpr + gps to map the road. This, in theory, could allow the vehicle to determine the location and position within a centimeter of accuracy.
WaveSense explains the need for the tech in this way
"Existing autonomous vehicle and ADAS technologies seek to recreate the perfect human driver by emulating human vision and cognition. But autonomous and driver-assisted vehicles can and must become safer than human drivers. Instead of imitating visual human driving, WaveSense’s ground-penetrating radar helps autonomous and driver-assisted vehicles see what humans cannot: that which lies below the ground.
WaveSense’s subterranean radar images enable a whole new dimension of sight. With the addition of subsurface data to above-ground camera and LIDAR sensor information, self-driving and ADAS-enabled cars now have a complete toolkit to work with when making driving decisions.
Safety is everyone’s #1 priority in the industry. Fusing several independent approaches—from cameras or LIDAR and GPS/INS to GPR—is the best way to ensure robustness, so that no one technology can cause a significant (and deadly) error. " -- the WaveSense Team
How effective this system would be in very wet or rainy conditions is still yet to be sceen. Another possible use case would be equipping the system to a sampling of government vehicles like that of the highway patrol. This would give valuable real-time data to the DOT on the conditions of our highway infrastructure, and bridges. As well as information on areas of black ice or other potential hazards such as developing sink holes, before they become a problem.
For more Information on WaveSense you can find them at https://wavesense.io/
And for more information on GPR you can visit us at xenogenesis.net


Google unveiled its first in-house smartwatch at its event, called the Google Pixel Watch. The Google Pixel Watch integrates its own Wear operating system with Fitbit health monitoring. The watch can only be paired with Android devices and is 4G-compatible, which means it can operate on its own without being near the phone, but it requires its own data plan to do so. Google said that both the phone and the watch must be on the same network. Allow’s find out about Google Pixel Watch …
Google Pixel Watch Price
Google has not yet disclosed the rate of the Google Pixel Watch. The company says that this smartwatch will be first available in the US. The company has not said anything about when the watch will be launched in India.
Google Pixel Watch Specifications
Google Pixel Watch works on the Wear OS UI operating system. The design of the watch is also wonderful. The watch has curved glass protection with a round display and minimal bezels. The watch will also get features like Google’s Google Assistant, Google Maps, and Google Wallet.
Google Pixel Watch Features
With this watch, you can turn on or off direct light from your wrist. Along with fitness features, features like heart rate and sleep monitoring will be available in the watch. Google Pixel Watch will also be able to function as a remote. Also compatible as a remote for smart home devices using the Home application for Wear OS.


If you are checking solar power plant system prices, price list, and cost online, please feel free to contact Power-Mall Electricity Equipment, we are one of the leading China solar power plant system, hfo power station, gas power station, diesel power station manufacturers and suppliers, and...
If you are checking solar power plant system prices, price list, and cost online, please feel free to contact Power-Mall Electricity Equipment, we are one of the leading China solar power plant system, hfo power station, gas power station, diesel power station manufacturers and suppliers, and also a professional company equipped with productive factory, welcome to buy high quality products for sale from us.
Solar Power Plant is the system used to generate electricity for locations where grid is inaccessible or the access is prohibitively expensive.
These solar power Plant systems can also be used in conjunction with existing grid for uninterrupted supply of electricity. The electricity generated by the Solar array is stored in the Battery through Charge Controller. The loads are activated when required and is powered by the Battery through an Inverter.
A change over switch is provided to transfer the load from Solar to grid and vice versa. In general, the back up period for the full load is 4/5 hours per day(depends on configuration of the system). Our solar power Plants are based on proven solar technology, which makes them highly efficient and completely maintenance-free.
Solar Power Plant Features
·Reliable and cost effective.
·Clean and silent.
·Easy to install and requires negligible maintenance.
·Specially designed for Indian weather conditions.
·It works on solar and also on AC mains depending on the availability of sun light. (100% stand alone power packs are also available)
·Dual charging facility (Solar and AC mains charging).
·Advanced electronic design for charge controller and inverter for increased battery life.
·Free from noise, smoke and pollution
·Adequate protections and indications
·Option for future expansion
·Eco , Friendly System
·Available in different configuration as per customer Satisfaction
Solar - How PV Solar Plants Work
There are two ways we can produce electricity from the sun:
·Photovoltaic Electricity – This method uses photovoltaic cells that absorb the direct sunlight just like the solar cells you see on some calculators.
Photovoltaic solar plants work like this:
As light hits the solar panels, the solar radiation is converted into direct current electricity (DC). The direct current flows from the panels and is converted into alternating current (AC) used by local electric utilities. Finally, the electricity travels through transformers, and the voltage is boosted for delivery onto the transmission lines so local electric utilities can distribute the electricity to homes and businesses.


Evaluation of the regression parameters of the Angstrom-Page model for predicting global solar radiation
Journal of Energy in Southern Africa
National Centre for Energy Research and Development, University of Nigeria, Nsukka, Nigeria
A simple and empirical model for the estimation of average monthly global solar radiation for a Nigerian location is presented. Regression coefficients satisfying the Angstrom-page model have been obtained using clearness index (KT) and the relative sunshine data for the location. The test of validity of the model was done by evaluating the following statistical parameters: the mean bias error (MBE), root mean square error (RMSE), mean percentage error (MPE) and the correlation coefficient (CC). The results obtained from the statistical tests show that the new model is reliable for high precision estimation of global solar radiation. A comparison between the new model and other models is presented.


This has to be one of the coolest peripheral devices I’ve seen in a while. Leap Motion is planning on launching a new, 3D gesture control system around the end of the year. The device monitors an eight cubic foot space and can, purportedly, monitor finger motions 200 times more accurately than anything else on the market at any price point. All of that for $70.
Leap Motion describes the Leap as:
…an entirely new way to interact with your computers. It’s more accurate than a mouse, as reliable as a keyboard and more sensitive than a touchscreen. For the first time, you can control a computer in three dimensions with your natural hand and finger movements.
They also take a not so subtle dig at Microsoft’s Kinect:
This isn’t a game system that roughly maps your hand movements.
If it can live up to the claims, this will be a very cool and useful device. I jumped in and pre-ordered one. In seven or eight months, I might get to see how it works with my mac.
It will be interesting to see if this works as well as advertised, and if any notebook manufacturers incorporate the Leap into their products.


Cloud Biometric MFA quickly, securely and privately identifies and authenticates millions of employees, partners and customers across all browsers, platforms and devices using face, voice and fingerprint recognition.
Identity is the keystone of security. Passwordlessly identify, authenticate and protect your workforce, partners and customers across all browsers, platforms, devices and geographies using a broad range of MFA options including biometric face, voice and fingerprint recognition, passive & active liveness, WebAuthn and FIDO2 authenticators.
Users identify and authenticate in real time (200ms) with absolute accuracy (IR=99.99%), no false positives (FPIR=0.0001%) and global privacy compliance.
It is easy to get started with built-in SSO and GCP, AWS & Azure Active Directory integration, full compliance with open standards, no upfront costs, no hardware to buy and no software to install.
Cloud Biometric MFA provides biometric identification and authentication without the need to store or process usernames, passwords, email addresses, tokens, shared secrets or any other Personal Identifiable Information (PII).
Private Identity protects individual privacy and complies with data privacy laws worldwide by encrypting each biometric at rest, in transit and in use using one-way fully homomorphic encryption (FHE) as specified in IEEE 2410-2019.
To accomplish this, we use two DNNs that work hand-in-hand to encrypt and classify each biometric. The first DNN is a pre-trained mobile CNN that leverages TensorFlow at the Edge to acquire, pre-process, one-way encrypt (1-way hash) and then discard users’ face, voice and fingerprint biometrics.
The second DNN is a pre-trained FCNN that classifies one-way encrypted biometrics and is capable of processing an unlimited number of identities in constant time using fault-tolerant, elastic Kubernetes™ container(s).
The first and second DNNs are pre-trained in order to allow for rapid processing at the Edge and in the Cloud. Full training for the FCNN takes place in the background.
Start small and scale up to billions of employees, customers and partners without human intervention-- even during peak usage.
Our microservices architecture is composed of three lightweight, elastic Kubernetes™ building blocks (enroll, predict and liveness) that communicate using RESTful APIs. These services provide resilience and scalability, enable customers to go to market faster and easily integrate and deploy with legacy and third-party services.
Private Identity supports full Enterprise directory integration (Azure Active Directory, GCP, AWS, Ping Identity) and SSO using OAuth 2.0/OIDC and SAML 2.0.
Private Identity encrypts biometrics on the browser or device using an ensemble of TensorFlow™ pre-trained mobile models.
Computing one-way homomorphic encryptions (HE) at the Edge assures full data privacy and confidentiality by never transmitting a plaintext biometric, reduces data flows to the cloud by 99.95%, achieves massive horizontal scalability and allows users to authenticate even when devices cannot reliably connect to a network.
Open Standards foster innovation and competition and reduce cost and complexity. We help lead development of open standards for biometric privacy, cryptography and security and partner with leading organizations to perform full-scope assessments, penetration tests, reviews, audits and IEEE and ISO certifications.
Biometric MFA protects against data breaches, eliminates password resets and greatly reduces the risk of account takeover fraud, phishing, credential reuse and credential stuffing.
Provides a consistent customer and employee identification and authentication experience across all modern browsers, devices, platforms and channels without hardware to buy or software to install. Enroll once and authenticate everywhere. Allows multiple users per device and multiple devices per user.
Compatible with Google Cloud Identity, Azure AD, AWS Identity and Access Management (IAM), Ping Identity, Okta,OneLogin, ForgeRock and thousands of other SaaS platforms using OAuth 2.0/OIDC and SAML 2.0.
Enroll an unlimited number of users. Use encrypted match to determine the identity of an unknown user’s face with 99.78% accuracy in 200ms. Webcams and phones work well. Minimum face resolution is 224x224 pixels and the DNN accommodates most boundary conditions including low light and blurry images.
Enroll an unlimited number of users. Use encrypted match to determine the identify an unknown user’s voice with 98.70% accuracy in 600ms. Webcams and phones work well. Requires minimum of 3 seconds of 8.1kHz stereo telephone quality audio. The DNN accommodates most boundary conditions including low quality audio and background noise.
Enroll an unlimited number of users. Use encrypted match to determine the identity of an unknown user’s fingerprints with 99.9% accuracy in 200ms. Webcams and phones work well. Minimum fingerprint resolution is 224x224 pixels. The algorithm accommodates most boundary conditions including low light and blurry images.
Enroll an unlimited number of users. Use encrypted match to determine the identity of an unknown user’s behavior with 99.9% accuracy in 200ms. Webcams, phones and watches work well. Behavior data includes 70+ encrypted data points including geolocation, temperature, accelerometer, health monitoring, gyroscope and magnetometer.
Ensure that biometrics are only collected from a live human user. Passive liveness includes small muscle movement analysis of eyes, eyebrowses, lips and chin. Active liveness requires the user read out loud a random sentence and then assures that the user spoke the requested words and the user’s voice identity matches the user’s face identity.
Have confidence in the availability of Private Identity knowing that the service runs in elastic, fault-tolerant Kubernetes containers on public or private Clouds. We guarantee 99.9% uptime and maintain compliance with international standards and government requirements for privacy, encryption and security.
Deploy Private Identity in a specific region or globally using low-latency Cloud infrastructure. Expand the service to additional regions as needed. Private Identity is multilingual and built to serve global audiences.
Private Identity automatically updates itself, monitors for issues, adds and removes Kubernetes cubes as user demand changes, and instantly replace cubes that fail.
Users easily enroll on any device and then immediately authenticate across all platforms and devices. Private Identity is scalable, elastic and built to serve global audiences. Delivers massive horizontal scalability and real-time performance using edge computing, CPUs, GPUs and Edge TPUs.
Private Identity elegantly integrates with your existing Enterprise directory using OAuth 2.0/OIDC and SAML 2.0.
Encrypted search across unlimited private biometrics (1:Many Open-set Identification)
100,000 encrypted searches/sec tested 2/2019 using Google Cloud AI Platform.
Identification Rate (IR)
Speed of Template Creation
Open-set False Positive Identification Rate (FPIR)
Open-set False Negative Identification Rate (FNIR)
False Negative Matching Rate (FNMR)
False Matching Rate (FMR)
Equal Error Rate (EER)
We actively partner with innovative technology companies to help improve current offerings, create new solutions, build the identity industry and drive new business at a global level.
"We are excited to work with Private Identity to provide private face, voice and fingerprint recognition for our clients. Their team is a pleasure to work with, our customers appreciate their advanced technology and their solutions integrate well into our architecture"
Private Identity LLC is a Washington DC-based AI/cryptography software company that provides one-way, fully homomorphic encrypted biometric identity systems that operate in real time and absolute accuracy. The societal good achieved by solving one-way fully homomorphic encryption is full privacy.
Our underlying technology was developed by a small group of top computer scientists and software developers from around the world with considerable experience in machine learning. We applied our collective knowledge and experience and converged on a solution to homomorphic encryption in early 2018.
We shared our solution with IEEE P2410 Working Group in May 2018 and subsequently helped update the IEEE 2410-2019 Standard for Biometric Open Protocol. Our first cryptography patent was granted in September 2019. Additional patents are pending worldwide.
“If I have seen further it is only by standing on the shoulders of Giants.”
Mike is an entrepreneur experienced in high-growth technology ventures in biometrics, machine learning, big data and security. Prior to co-founding Private Identity, Mike served as VP and General Manager in Thomson Reuters’ healthcare and science business. Prior to this, he served as co-founder and Executive VP of Discovery Logic (acquired by Thomson Reuters), founded and served as CEO and Chair of thinkXML, and founded and served as CEO of Science Management Corp.
Scott is a highly regarded data scientist focused on cryptography, biometrics, machine learning, cloud computing and cyber security. Scott currently leads “everything technical” at Private Identity, serves as Chair of Biometric Security for IEEE and leads the IEEE 2410 Standard for Biometric Open Protocol. Prior to Private Identity, Scott served as CTO for a large biometrics company, was a research professor for 30 years and supported the US Government for 26 years. Scott has authored several key patents and papers in machine learning, biometrics and authentication.


Toyota to Explore Integration of SmartDeviceLink TechnologyJun 3rd, 2015
“We continue to investigate new technologies that both enhance and safeguard the driving experience of Toyota and Lexus owners,” said Shigeki Terashi, Senior Managing Officer, Toyota Motor Corporation. “The in-car app market is quickly evolving. Developing robust, flexible, safe and user-friendly connected services is a priority for us, and one that we believe is shared by Ford, Livio and other contributors to SDL technology.”
SDL is an open source platform created to facilitate smartphone applications including entertainment, traffic, parking and other data from the internet for use in in-car infotainment systems; and those apps can be easily accessed using voice recognition, display screens, and dashboard controls. Besides its seamless ease of operation, the benefits of SDL technology include the ability for developers to design an app only one time, yet have it work across multiple infotainment systems. This saves development time and allows apps to be introduced more quickly to a wider audience.
In August 2011, Toyota and Ford agreed to collaborate on development of next generation standards for in-car telematics to enable a safer, more secure and more convenient driving experience. Today’s announcement builds on that earlier collaboration.


Introducing blending taken to a new level of professional performance and cordless convenience. Powered by 7.4 volts of lithium ion efficiency and easily rechargeable with a USB cord, the EvolutionX™ Cordless Rechargeable Hand Blender does it all, from blending smoothies to whipping cream, mixing sauces and more. Includes 30 oz. beaker and chef’s whisk.
- Fully rechargeable
- Quick charge- up to 2-hours to fully charge
- 20 Minutes of continuous runtime
- LED display controls
- 7.4 Volts of lithium ion power
- USB Compatible
2.4" x 2.34" x 16.28"


Organizing Audio, Network, and Power Cords
Note: This page is old and refers to our 2019 - 2020 broadcasting setup.
Plug in 3.5 mm Audio Cord
Locate the audio out. The 4/5 building has one that works. The 1/2/3 building has one that delivers bad sound. The 6/7 building doesn't have one. (These latter two buildings use a FIFINE mic instead with a USB extension cable)
Run the cord to where the laptop will be located.
Plug a cable with a TRS/3 pole/2 black ring end or TRRS/4 pole/3 black ring end into the jack.
On the other end, you likely need a TRS-to-TRRS converter so that the audio out's left/right feed is converted into a mic feed. (Note: Some laptops can recognize left/right line in as a mic in, and so a converter may not be necessary)
Plug in Ethernet Cable
Locate an ethernet jack. Most pulpit areas have one, and it may also be in a hidden location.
Do not use wifi, as this will likely fail once a full congregation enters the room and all devices compete for one access point.
Plug the cord into the jack.
Run the cord alongside the audio cord where the laptop will be located.
Plug in Extension Cable and Tape Down
Run the Extension Cable alongside the other two cables
Note: Take care to leave some separation between the two. Electrical cables can cause interference when placed in parallel alongside ethernet cables. In my testing, I left about a 1 inch gap between the two, and I was able to still transmit video without any problems.
Use gaffer tape to tape down the cables. This process is much easier with two people.
Plug in Surge Protector and Tidy Up
Our stake keeps the taped down cords, the surge protector, and tripod out between meetings.
Everything else (laptop, camera, and any cords that plug into the camcorder or laptop) are put into a box, and the box is put into a locked room until the following Sunday.


NEA’s team of world-class investment professionals is deeply committed to helping our partner entrepreneurs and management teams build transformational companies. Our legacy of entrepreneurship—nearly one-third of our investing team members are former entrepreneurs of NEA—and unrivaled domain expertise in our sectors of focus make us an ideal partner for growing businesses.
When you choose to work with NEA, our team becomes your team—ready and able to take the call, answer the question, study the challenge and make a difference.
MENLO PARK OFFICE|EMAIL
With more than twenty years' experience in the technology industry, Greg Papadopoulos has held several executive positions, most recently serving as Chief Technology Officer at Sun Microsystems, where he directed the company's $2B R&D portfolio. Along with having been a practicing engineer with HP and Honeywell, Greg has also help found a number of his own companies, from video conferencing (PictureTel) to computational fluid dynamics (Exa Corporation). Greg was also an Associate Professor of Electrical Engineering and Computer Science at MIT, where he conducted research in scalable systems, multithreaded/data flow processor architecture, functional and declarative languages, and fault-tolerant computing. He holds a bachelor’s degree in systems science from the University of California at San Diego, as well as master’s and doctoral degrees in electrical engineering and computer science from MIT.
Greg is an active advisor for the schools of engineering at UCSD, UC Berkeley, MIT and San Jose State. He also serves on the UC Presidents Board for Science and Innovation, and is a trustee for the Computer History Museum. Passionate about technology and its possibilities, Greg is a relentless advocate for diversity in engineering and a supporter of open development models that stimulate communication, inclusiveness and innovation.


LTE & LTE Advanced: 4G Network Radio Interface Andre Perez
To improve the user 16 QAM improves cell-edge coverage and active radio link bit rate. The work by 3GPP to define a 4G candidate radio interface technology An LTE terminal should be able to work in an LTE-Advanced network and vice versa. LTE and LTE Advanced - 4G Network Radio Interface - André Perez. Note: This 2nd in a series of lectures on LTE and LTE-. The evolution of GSM to GPRS, using the same air interface and access method, TDMA (Time page on LTE-Advanced, which describes the work beyond LTE Release 8/9. LTE-Advanced will also use the same radio interface technology as LTE. LTE- TS 25.468: UTRAN Iuh Interface RANAP (Radio Access Network Application. 4 g LTE, LTE Advance short presentation. LTE (both radio and core network evolution) is now on the market. Developed by 3GPP, LTE, Long Term Evolution is the successor to 3G UMTS and data download speeds and setting the foundations for 4G LTE Advanced. Of the prominent 4G proposals that has been specified by 3GPP in Release 10. Advanced ITU has approved two technologies as 4G (Oct 2010). LTE-Advanced also known as 4G wireless networks and it is an evolution of LTE made in both the air interface and the network architecture.


How To Connect My IPhone With Tv Via AirPlay?
You can connect your iPhone with your Tv via “AirPlay”. To connect follow the steps mentioned below:
Confirm whether your iPhone and other “AirPlay” devices are connected to the same wireless network.
Double tap the “home” button on your iPhone device.
Swipe the list that appears on the right of the screen.
You will see a “Volume” and “AirPlay” settings.
Click the “AirPlay” button.
And you will see the supported “AirPlay” devices on your network.
Select the device such as T.V or speakers which you would like to stream with your iPhone.


ReptiSun LED Terrarium Hood
- Safe Shipping
- Quality Reptiles & Reptile Products
- Secure Payments
- Low stock - 1 item left
- Inventory on the way
Brilliant Light! 6500K daylight high output LEDs for truly naturalistic lighting. Plant Growth: 620 nm RED LEDs stimulate live plant growth. Long Life: 20,000 hour life range! Moon Lite: 465 nm BLUE LED simulates nighttime lighting in Lunar Effect.
Perfect for Live Plants!
- Product Height: 2.00 in
- Product Length: 12.00 in
- Product Width: 5.50 in
- Use Instructions: This lamp fixture has three different lighting modes that are controlled by two switches:White LEDs Only: 6500K white daylight LEDs provide bright naturalistic light in your terrarium. Use this mode for terrariums without live plants, including desert habitats and terrariums with artificial plants.White & Red LEDs: 6500K white daylight LEDs with 620nm red LEDs provide bright naturalistic light in addition to red wavelengths that stimulate plant growth. Use this mode for all terrariums with live plants.Blue Moonlite LED: Low light 465nm blue LED simulates Lunar Effect and provides for nighttime viewing without disturbing your animals’ sleeping patterns (photoperiod). Be sure to turn off white and red LEDs at night to provide your animals with a proper photoperiod.
- Warranty Description: 1 Year Warranty
- Caution: Keep children and pets away from fixture
- Safety Warnings: To reduce the risk of fire, injury, or electric shock, read and follow these instructions prior to operating this light fixture. Save these instructions for future reference.1. Do not exceed electrical rating. Only use the power supply included with this fixture.2. Do not splice, repair, or modify. Fully extend cord before using.3. Do not use in wet conditions. Use indoors only. Not for use with aquariums.4. Fully insert plug. Unplug power cord before performing fixture maintenance (including replacing or changing LED modules).5. Do not cover with blankets, rugs or any material.6. Do not use damaged cord sets – inspect periodically.7. Do not alter or modify this product. Contact an electrician if you are unsure about the electrical connection.8. This unit uses LED modules that are designed to be replaceable. Do not attempt to replace modules if you are unsure about the proper procedure. Return to Zoo Med for inspection and repair.
- Color Temperature: Daylight (5000K – 6500K)
- Manual On/Off: Yes
- Number of LED/Bulbs: 4 LED


Earth dreams® Technology
The power of Honda is derived from its expertly crafted, technologically advanced and innovative powertrain. The new Honda Accord Hybrid features the ‘InteIIigent Multi-Mode Drive (i-MMD), a two-motor hybrid powertrain working with 2.oL Atkinson Cycle DOHC i-VTEC engine, Intelligent Power Unit (IPU) consisting of a Li-Ion battery pack, controlled and managed by an intelligent power control unit. This refined and sophisticated system makes Honda Accord the ultimate hybrid with more power and fuel efficiency. Together, with a peak combined output of 215 PS and a fuel economy of 23.1 (km/l)*, the Accord Hybrid will be at the top of its class.


BatteryStyle.com is the leading battery distributor serving Worldwide with high quality batteries, battery packs and AC adapters. Established in 2005, BatteryStyle.com has become one of the most respected names in the battery industry. BatteryStyle.com has grown steadily over the past few years and has expanded its product line to include batteries, adapters and chargers for laptops, camcorders, digital cameras, smartphones, two way radios, PDAs and other portable electronic devices.
Product Warranty and Free Technical Support
All of our products carry a full one-year warranty against manufacturing and quality defects, in addition to a 30-days refund period. All BatteryStyle.com resellers receive unlimited product and sales support by phone or through the website free of charge. BatteryStyle.com reserves a right to charge a maximum 15% restocking fee for refunded items.
All rechargeable battery packs are manufactured in ISO9001 certified facilities, with testing capabilities that meet CE and UL standards.
We have an in-house battery pack testing facility which enables us to provide the most up-to-date battery pack testing for the most advanced portable consumer electronic products. We sell only quality products from quality suppliers.
Our sales and customer service representatives receive extensive training on notebook computer power requirements, Lithium-ion battery technologies.
Our two fully stocked warehouses (US/ Canada) have high inventory turn rates which guarantees to keep our products fresh; furthermore, all stocked orders get processed and shipped within 24 hours. We provide our customers with the convenience of finding everything that they need in one place. We welcome any questions you may have regarding laptops, PDAs, camcorders, digital cameras or other digital device batteries, adapters and chargers. We believe the best customer service starts with product knowledge.
BatteryStyle.com is committed to providing easy simple-to-use solutions for our customers in a complicated battery marketplace. By providing superior support tools using the latest IT technologies, maintaining availability with quick stock turn rates, and providing a competitive price to give our customers an easy solution for all their battery needs..
|Full In-House Quality Control||Our Storehouse In California|
|Custom Wrapped Packages||Trackable Air Express Delivery|


Internet of Things (IoT) development in a fractured and complex environment
The Wild West was certainly an exciting time in American history. The world of IoT development is proving to be just as exciting. IoT covers a huge range of industries and consists of massive cross-platform deployments of embedded technologies and cloud systems.
The Challenges of IoT Development
These cross-platform deployments force developers to work with devices that use different messaging formats. Modeling these different message formats presents a difficult development challenge that needs to be addressed during the development cycle.
Some protocols you might have to work with include:
- Infrastructure (6LowPAN, IPv4/IPv6, RPL)
- Identification (EPC, uCode, IPv6, URIs)
- Comms / Transport (Wifi, Bluetooth, LPWAN)
- Discovery (Physical Web, mDNS, DNS-SD)
- Data Protocols (MQTT, CoAP, AMQP, Websocket, Node)
- Device Management (TR-069, OMA-DM)
- Semantic (JSON-LD, Web Thing Model)
- Multi-layer Frameworks (Alljoyn, IoTivity, Weave, Homekit)
What an alphabet soup of protocols! To add to the complexity, many industrial environments contain imbedded legacy devices that must work with new technologies.
The Standardization Problem
Think about a chemical manufacturing plant. To maximize production efficiency, thousands of IoT devices and sensors are needed. The devices send temperature, weight and pH data to a single central node. The central node then passes the data to an app that determines the optimal times to add component chemicals for maximum yields. Each device could connect using different types of network protocols, and each protocol uses different messaging formats. There are organizations that are attempting to unify the fractured and complex IoT landscape, but standards don’t exist right now.
This lack of standardization makes IoT device messaging and translation incredibly difficult to grasp. A developer needs expertise across all the protocols in an environment to identify message type fields and cluster messages based on message type, identify keywords as small as two characters, and accurately identify the relationships between message fields and types.
How much time will need to be added to your development schedule to capture this information? Depending on the complexity of the environment, this could be an impossible problem for a single developer to solve.
Virtual IoT Devices
So what solutions can help a lone cowboy?… I mean developer. Adaptive virtual devices can significantly ease the pain associated with modeling message formats. While they do not solve the multiple protocols problem, they can help by abstracting device communications, allowing developers to focus on the application and business logic of their IoT systems.
Adaptive virtual devices are able to simulate hundreds of thousands of individual data sensors, device inputs, and their interactions with the cloud. They combine the ease of virtual device duplication with the realistic data and algorithms associated with machine learning. So now, large quantities of realistic data and devices are available for app testing. Gone are concerns about prohibitive setup costs, or the struggle to determine app scalability with limited devices to test against. Happy trails for developers.


X-rays are generated by energetic electron processes, gamma rays by The alternative is to use x-ray radiation from synchrotrons, which are usually linear. X-rays are produced when accelerated electrons collide with the target. The loss of energy of the electrons due to impact is manifested as x-rays. X-ray radiation. X-ray source. ▷ 15 ∼ kV, rectified AC. ▷ 50 ∼ mA anode current. ▷ tungsten wire (µm) cathode, heated to ∼ ◦C. ▷ anode rotates at
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𝗣𝗗𝗙 | In the classical description of electromagnetic radiation, X-rays are waves similar to radio, TV, and light waves, but with a much smaller wavelength, λ of. β-filters – materials have atomic nos. 1 or 2 less than anode. % beam attenuation placing after specimen/before detector filters most of specimen. bremsstrahlung emission; fluorescent excitation of x rays, which allows x-ray beams by photoelectric interactions, Compton scattering, and pair production.
What are the potential side effects of an X-Ray? X-rays use small amounts of radiation to create images of your body. The level of radiation exposure is considered safe for most adults, but not for a developing baby.
They may suggest a different imaging method, such as an MRI. You will need to hold your body in certain positions while the images are being taken.
This may cause you pain or discomfort. Your doctor may recommend taking pain medicine beforehand. If you ingest a contrast material before your X-ray, it may cause side effects. These include: hives. In addition, since the trace elements are typically micro- to nanomolar in concentration, sensitive detectors with a large solid angle situated close to the sample are required for quantification, further increasing technical complexity.
At present, only a few three-dimensional XRF tomography studies from whole biological specimens have been reported. Kim et al. More recently, de Jonge et al.
Most surprising was the detection of Fe and Mn rings in the cell wall that would not have been detectable using only two-dimensional projections. To date, XRF nanotomography has been limited by sub-micron spatial resolution and weak absorption contrast in biological cells, inhibiting its ability to distinguish the ultra-structures of cell organelles In contrast, coherent diffraction imaging techniques, such as ptychography, can be used to image the fine structural components in samples 26 but cannot determine the distribution of trace elements.
However, by combining XRF nanotomography and ptychography, it is possible to obtain complementary data on elemental and structural composition, respectively, at the nanoscale from biological cells 8 , The results described here represent a combination of two-dimensional ptychography and XRF nanotomography performed on E. The gold nanoballs were added as fiducial markers for the tomography reconstruction.
One microliter of this solution was pipetted onto a silicon chip sample holder with Cr fiduciary grids Fig.
The diving board was then glued onto a stainless-steel insect pin 0. B Sample mounted on the rotation stage for tomography, C E. D Size comparison between the Si substrate and a US penny.
Substrate is 1. Beamline 3-ID provides a scanning X-ray microscope capable of multimodal imaging including absorption, fluorescence, differential phase contrast, and ptychography In this study, a 12 keV incident beam was focused to a sub nm spot 14 nm horizontal and 12 nm vertical using Multilayer Laue Lenses MLLs.
For the tomography data set, the cells were scanned from to degrees at 3 degree intervals using a dwell time of ms and a 20 nm step size. For the fitting process, the summed spectrum was first fitted using the non-linear least squares method to determine the global parameters such as the energy-calibration values, widths of the global peaks, and parameters related to the Compton and elastic peaks.
Once the correct global parameters were obtained, the peak area of each element under the XRF spectrum of each single pixel was then fitted using a nonnegative least squares approach. TomoPy was used for the tomography reconstruction of the data sets The projection images were aligned by calculating the cross-correlation of a pair of images taken at successive projection angles.
The aligned image stack was reconstructed using the maximum-likelihood method coded in the TomoPy package 30 , and 20 iterations were used to reconstruct each slice. To correct for any attenuation due to the thickness of the diving board, since the XRF photons are detected through the diving board for some projections , the total intensity of the Zn fluorescence images was normalized to be constant for all the images taken at different projection angles.
The cropped data array was fed into iterations of a difference map algorithm for ptychography reconstruction From the preliminary reconstruction result, we noticed that the measurement was not performed exactly at the focal plane due to run-out error of the rotary stage.
In order to achieve the best reconstruction image quality, the exact illumination function at the measurement plane was searched by running the reconstruction process using a series of propagated wavefronts as the initial probe guesses, and the one that gave the best contrast was selected.
A series of illumination functions propagated to various distances from the focus were tested, and the one that gave the best reconstruction image quality was selected. To assist the reconstruction convergence, the allowable ranges for the amplitude and phase parts of the E.
The last 20 iterations were averaged to give the final reconstructed image. Results E. The SEM image Fig. The inset in Fig. Cells appear as negative dark contrast regions in images. F Average XRF spectrum from the sample. Full size image Two-dimensional elemental images Fig. X-ray sources and effects X-rays can be produced on Earth by sending a high-energy beam of electrons smashing into an atom like copper or gallium, according to Kelly Gaffney, director of the Stanford Synchrotron Radiation Lightsource.
When the beam hits the atom, the electrons in the inner shell, called the s-shell, get jostled, and sometimes flung out of their orbit. Without that electron, or electrons, the atom becomes unstable, and so for the atom to "relax" or go back to equilibrium, Gaffney said, an electron in the so-called 1p shell drops in to fill the gap. The result? An X-ray gets released.
It's not a very easy way to make a high-energy, bright source of X-rays. Basic physics suggests that any time you accelerate a charged particle, it gives off light. The type of light depends on the energy of the electrons or other charged particles and the magnetic field that pushes them around the circle, Gaffney said.
Since the synchrotron electrons are pushed to near the speed of light, they give off enormous amounts of energy, particularly X-ray energy. And not just any X-rays, but a very powerful beam of focused X-ray light. This radiation was considered a nuisance because it caused the particles to lose energy, but it was later recognized in the s as light with exceptional properties that overcame the shortcomings of X-ray tubes.
One interesting feature of synchrotron radiation is that it is polarized; that is, the electric and magnetic fields of the photons all oscillate in the same direction, which can be either linear or circular.
The resulting shadowgraph shows the internal features" and whether the part is sound.


Lutron brand TTCL-100H plug-in dimmer module that works with our dimmable bulbs.
*This will not work with any of our 14w or 24w bulbs, and can damage them if you try!"
You should use a separate dimmer for each bulb. When you are adjusting the brightness, you may notice some flickering. You may need to slightly adjust the brightness a bit until the flickering goes stops. Setting the brightness too low will cause flickering and can damage the bulb over time.


by Nitin M
At the recently concluded Computex in Taiwan, rumour had it that Intel was in the game as well. The Intel possibility seems to have died down and according to Reuters, AMD seem to be on the verge of a $5.5 billion acquisition of ATI.
What does this mean for the gaming industry?
Well, while ATI has been successful in being the leading supplier of graphics cards in the portable computer space, when it comes to desktops they have had to play second fiddle to market leader nVidia. A merger with AMD could see them increasing their market share in the segment and it could also give AMD a big boost in their market share of AMD powered portable computers.
Currently, notebook manufacturers have to source their CPUs and graphics cards separately, i.e. CPUs from Intel or AMD and graphics cards from nVidia or ATI. There could be huge cost savings in acquiring CPUs and motherboard integrated graphics cards from one supplier. This would also make it a more viable option for the notebook manufacturer who may have more reason to go with AMD power as opposed to Intel.
AMD has always been seen by the hard core PC gaming community as more efficient in the cost-performance ratio. Such a move will also see ATI being able to penetrate that community better.


报告主题：Natural Language Acquisition and Grounding for Embodied Robotic Systems
报告人：Professor Anthony G Cohn, FREng School of Computing, University of Leeds(& Visiting Professor Tongji University)
We present a cognitively plausible novel framework capable of learning the grounding in visual semantics and the grammar of natural language commands given to a robot in a table
top environment. The input to the system consists of video clips of a manually controlled robot arm, paired with natural language commands describing the action. No prior knowledge is assumed about the meaning of words, or the structure of the language, except that there are different classes of words (corresponding to observable actions, spatial relations, and objects and their observable properties). The learning process automatically clusters the continuous perceptual spaces into concepts corresponding to linguistic input. A novel relational graph representation is used to build connections between language and vision. As well as the grounding of language to perception, the system also induces a set of probabilistic grammar rules. The knowledge learned is used to parse new commands involving previously unseen objects.
Tony Cohn holds BSc and PhD degrees from the University of Essex. He spent 10 years at the University of Warwick before moving to Leeds in 1990 where he founded a research group working on knowledge representation and reasoning with a particular focus on qualitative spatial/spatio-temporal reasoning. His research has broadened to encompass Cognitive Vision, Robotics, Grounding Language in Vision, Decision Support System (particularly for Urban Infrastructure), and computational neuroscience. He is Editor-in-Chief Spatial Cognition and Computation and has been Chairman/President of the UK AI Society SSAISB, the European Association for Artificial Intelligence (EurAI), KR inc, the IJCAI Board of Trustees and was the Editor-in-Chief for Artificial Intelligence 2007-2014 and of the AAAI Press 2004-14. He remains a Director of KR Inc.
He is the recipient of the 2015 IJCAI Donald E Walker Distinguished Service Award which honours senior scientists in AI for contributions and service to the field during their careers, as well as the 2012 AAAI Distinguished Service Award for “extraordinary and sustained service to the artificial intelligence community”. He is a Fellow of the Royal Academy of Engineering, and is also a Fellow of AAAI, AISB, EurAI (Founding Fellow), the BCS, and the IET.


By: Riva Richmond
In an era of laptops, smartphones and mushrooming Wi-Fi networks, we can get online nearly anywhere. But we often connect without considering the potential perils
Sensitive information you transmit over Wi-Fi can be literally “sniffed” from the airwaves by a nearby snoop using readily available software and equipment. What’s more, hackers could trick you into connecting to their computer by making it appear to be a legitimate Wi-Fi hotspot.
Despite these risks, it’s relatively easy and inexpensive to surf safely. Here are three tips for securely using Wi-Fi networks when you’re on-the-go, doing work in hotels, airports, cafés and other public places.
1. Avoid automatically connecting to Wi-Fi hotspots.
It can be tempting to quickly jump online using one of the 1.4 million public Wi-Fi networks now active in the world. But you could unwittingly connect to a rogue hotspot set up by a crook to gather…
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Computer organizations and Architecture – Appar på Google
LIBRIS titelinformation: Computer organization and design : the hardware/software interface / David A. Patterson, University of California, Berkeley ; John L. COMPUTER ORGANIZATION AND ARCHITECTURE: THEMES AND VARIATIONS stresses the structure of the complete system (CPU, memory, buses and computer organization 5th zaky. computer organisation and computer organization Computer Organization Hamacher Instructor Manual Solution - Chapter 2 Computer organization and design - the hardwa av David A. Patterson John L. Hennessy. Pocketbok. Elsevier Science & Technology.
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David A. Patterson, John L. Hennessy. ISBN: 9780123744937. 200. SEK. Publicerad 2021-03-21 DD1351 Logic for Computer Scientists, 7.5 hp, 3.5, 4.0. DD1368 Database Technology, 6.0 hp, 4.0, 2.0. IS1500 Computer Organization and Components, 9.0 hp Jämför butikernas bokpriser och köp 'Computer Organization and Design: The Hardware Software Interface: ARM Edition (The Morgan Kaufmann' till lägsta pris.
Jay P. Sipani - Google Scholar
RoutBot The Computer-Aided Design ("CAD") files and all associated content sponsored by or affiliated with any company, organization or real-world item, JD är de ledande sportmodebutik och erbjuder ett omfattande utbud av skor, kläder och accessoarer. Vårt sortiment omfattar populära märken som Nike och DB Schenker is a leader in supply chain management and logistics solutions, handling everything from logistics to customized shipping solutions. Computer organization deals with the hardware components of a computer system, which include I/O devices, the central processing unit, storage and primary memory devices.
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Computer System Organization A computer system is made up of various components. The components can be hardware or software. Because these systems are so massively complex, the components are organized in layers. The computer organization is concerned with the structure and behaviour of digital computers. The main objective of this subject to understand the overall basic computer hardware structure, Computer Organization refers to the Operational Units and there interconnections that realize or recognize the specifications of Computer Architecture.
(2009) Guided Self-organization. Organization, 11(1): 101-121. Shannon, Claude (1950) Programming a Computer for Playing Chess. Organization Science 7 ( 4 ) : 413-427 . Organizations and Networks .
ABS Clip USB lätt Hills, Michigan 48302. com , Jean is listed as a successful Computer Scientist who was born in the year of 1928. This organization is not BBB accredited. Iswar Sankalpa is a non-profit organization started in 2007 with the hope of Designed a practical computer aided test system[sentencedictcom/practical This organization is not BBB accredited.
Author(s): Kraemer, Kenneth L. Dedrick, Jason Main Content Metrics Author & Article Info. Abstract. The 5th edition of Computer Organization and Design moves forward into the post-PC era with new examples, exercises, and material highlighting the
Processing Unit - Organization of a processor, Registers, ALU and Control unit, Data path in a CPU, Instruction cycle, Organization of a control unit - Operations of
computer engineering, and electrical engineering Computer Organization and Architecture is a comprehensive coverage of the entire field of computer design
Register transfer systems and datapaths, microprocessors, microprocessor architecture and operation, instruction formats, assembly language programming,
10 Dec 2016 BASIC COMPUTER ORGANIZATION: A standard fully featured desktop configuration has basically four types of featured devices. 1. 12 Oct 2019 CPU OPERATION The fundamental operation of most CPUs To execute a sequence of stored instructions called a program. The program is
Chapter 2 Computer Organization and Architecture This chapter provides an insight into the basic science of computer architecture and organization. This post covers topics from Computer Organization & Architecture in depth.
Two subject areas of that curriculum are summarized here: computer organization and architecture, and the associated laboratory sequence. The ensuing 26 Feb 2021 IntroductionEdit. Computer Organization and Architecture is the study of internal working, structuring and implementation of a computer system. 10 Steps To Organizing Your Computer: Step 3 - Desktop Organization | Organize 365. My color coded computer screen finally helped me organized my computer Computer Organization and Design (English, Paperback, Chaudhuri P. Pal) · Language: English · Binding: Paperback · Publisher: PHI Learning · Genre: Computers Workshop on Computer Organization Alan A. Barnum and Morris A. Knapp , 1964 ; 242.
This bestselling text has been thoroughly revised Computer Organization and Design book.
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Computer Organization and.. - Kårbokhandeln
This bestselling text has been thoroughly revised Computer Organization and Design book. Computer Organization and Design by David A. Patterson Unlike static PDF Computer Organization And Design 5th Edition 2013-06-02 · Computer architecture and Organization focuses on the function and design of various components necessary to process information digitally.


Our smart phones now carry a whole lot more details about ourselves then other phones ever endured. And a huge element of that info is our music collection. It most likely occupies the part that is biggest for the facts on our smartphone, and now we want to tune in to it anywhere and anytime. And an integral part of our time where we might wish to pay attention to our music is whenever we drive inside our automobiles, going from spot to spot, but also in our house, once we want to connect inside our smart phones to your speakers and start relaxing.
Dining Table of articles:
Tune in to Smartphone Music in automobile and also at Home
Then feel relieved because itвЂ™s more simple then you might think if you ever wanted to do this. There are some choices that work with your existing system that is audio the old fashioned one, with only several changes. Needless to say, more recent types of vehicle stereos or home sound systems currently have Wi-Fi or Bluetooth connectivity and that can get in touch to numerous products such as smart phones and pills. Dependent on which unit you wish to link your smartphone, you will find an options that are few. So you can listen to music via the carвЂ™s speakers, you have a few options if you want to connect your smartphone to your carвЂ™s stereo.
1. Connect Smartphone To Vehicle With Bluetooth
To carry out therefore, your stereo should have Bluetooth integrated. Newer models, often called radios that are smart have actually this component integrated. From right right here, the procedure is quite simple. Simply switch on the Bluetooth into the motor automobile radio and look for it from your own unit. You shall need certainly to set the products, plus in nearly all stereos, the pairing PIN rule is created into the manual. When youвЂ™ve done this, your unit will usually hook up to the air when you begin it.
Then you might look for something like the PARROT ASTEROID car stereo, that allows you to connect via Bluetooth your Android smartphone or iOS device to it if you are looking for specialized devices. It features an excellent LCD display and A mosfet audio that is 4x55w amplifier.
Pioneer additionally provides such products, whatever they call вЂњAppRadioвЂќ products, such as the DEH-6300UB stereo, such as for example which work both on Android os and iOS and permit one to expand the smartphoneвЂ™s freedom and features towards the carвЂ™s sound system and even more.
2. Buy a device that is bluetooth
Numerous smartphone manufacturers provide the unit that enable one to link your smartphone towards the carвЂ™s speakers. They link via sound cable into the stereo and via Bluetooth into the smartphone. Blackberry supplies the Music Gateway unit that does precisely this, you could find other aftermarket devices, such as for instance Grooveshark radio transmitter, that enables you to set your Android os unit to your carвЂ™s radio. Additionally, Belkin provides a good automobile AUX system allowing you to connect your smartphone to your carвЂ™s system that is audio.
3. Connect Via USB or AUX
This really is undoubtedly the easiest solution additionally the cheapest feasible. All you’ve got to accomplish is link your smartphone to your automobile stereo through the AUX slot, utilizing aвЂќ that isвЂњmale-to-male jack connector. Plug in a single end to your smartphone as well as the other towards the AUX slot in your stereo. The process is similar, but your stereo has to have USB connectivity integrated to use the USB cable. The procedure is just like using the AUX cable.
They are the primary methods to link your smartphone to your carвЂ™s sound system. Then you can use the above methods of connecting your device, via the USB or AUX cables, both supported on most home sound systems, and also some high end models have wireless connectivity if, on the other hand you want to listen to your tunes on your home sound system. Additionally, then you can use Streaming Apps to stream audio and video to your TV and audio system if you own a smart TV.
Needless to say, for older noise systems you’ll find converters for analog sign. They are 3.5вЂќ jack to AV analog cables. An extremely inexpensive solution but a pretty one that is good.
Additionally, you will find products that are great work extremely great at linking devices in your house, such as for instance:
This revolutionary product enables you to link smart phones, pills or laptop computers to virtually any sound system that supports AUX connection via a Bluetooth set.
Apple AirPort Express
This product enables you to link multiple cordless enabled products together, such as for example TVs, smart phones, sound systems or printers and employ them from your own iPhone.
There are several products which use spotify to connect and stream video and audio. Remoteless is regarded as these solutions and it will be applied on both Android and iOS devices.
To produce a long story short, there are several techniques to link your smartphone to either your vehicle stereo or even to your house audio system. Some are as straightforward as investing in a https://besthookupwebsites.net/feeld-review/ jack to jack or jack to AV cable or an usb cable, plus some more costly, utilizing smart radios and sound systems.