- Cloud Networking
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- VoIP solutions that provide enterprise class features at an affordable rate as either a one-time set up cost or monthly managed pricing.
- Implementation of VoIP systems using any of the following technologies:
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- VPN set up for connecting multiple office sites or set up remote access for employees.
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The Battleblade platform is a lightweight Norb Network drone. Shaped like an "X" with a spherical center, it can compact itself to a footprint of approximately one square meter, and a height of 10cm, allowing massive quantities of drones to be carried and deployed in a battlefield. Armed with only a laser rifle apparatus and four micromissiles, it is not meant to engage heavily armored vehicles, instead being effective against infantry, powered armor, and light vehicles. Utilizing instantaneous coordination between units, groups of drones prove highly effective in hunting down targets.
The Battleblade utilizes a coaxial multirotor design powered by an onboard hypercapacitor to maximize flight efficiency and save space. Because of this, drones can be left hovering for extended periods of time compared to alternative methods of thrust. Its construction, combined with its impressive electronic countermeasures, makes it difficult to detect and allows Battleblades to double as a surveillance network. For this reason, BURN employs more Battleblades in a conflict than any other aerial vehicle.
Even when the drone's engines are destroyed, its weapons can continue to operate as a stationary turret on the battlefield. In the event of an ambush attack on the drone that cripples the flight equipment, oftentimes the gun and missiles are capable of quickly returning fire as it falls to the ground.
If required, a quartet of drones can airlift a standard-size Battleball, and smaller battleballs can be carried by only a single drone, while large ones may require more.


IQSmart™ Deep Sleep, Power Reset, EFUSE - Advanced Protection Devices
- Deep Sleep/Power Reset
- Slew Rate Control / Inrush Protection
- Reverse Current Protection
- Over Current Protection
- Over Voltage Protection
- Over Temperature Protection
- Under Voltage Lockout
The GLF System Power Protection Switch Family include E-FUSE, Power Reset and Deep Sleep devices and features indutry lowest ON Resistances, Quiescient and Standby currents as well as the best system protection features.
The E-FUSE devices placed onto an input power rail of a system, where the power source may have unexpected transients or fault events. Typcal exemple of such is a "hot swap" event. Their protection capabilities are ideal for helping extend the lifetime and availability of a system.
The Deep Sleep Switch enables a system to enter ultra-low power conservation mode by disconnecting the battery, with the ultra-low standby current of 7nA typical. With the switch placed between a battery and system, the device significantly extends system battery life in mobile devices during shipping or periods of extended "off" times. The part supports user (push button) and software initiated events. The device has an internal debouncing circuitry.
The Power Reset Switch offers a true power reset function by disconnecting the battery after a reasonably long delay time. After the reset period, the main switch of the GLF76121 / GLF76121L reconnects the output load to the input battery for normal operation. The GLF76121 offers 5.8 second delay time before the 360ms reset duration while the GLF76121L has 11.6 second delay time and then 700ms reset time. The OFF input pin allows the GLF76121 / GLF76121L to achieve complete shutdown with a total downstream standby current of 7nA typical.


I find out the 'light sensor' and I build this really cool alarm clock from it.
'light alarm clock'
I think this is the easiest way to wake up in the morning - by just turn the light on room!
This is the app description :
'Light Alarm Clock' won't let you go back to sleep until you turn the light on.
You don't need to be close to the phone, just turn the light in the room and the alarm clock will stop !
Try "Wake Up Light Alarm Clock" to get rid of all ads.
* The app has three predefined alarms,
you can set existing alarms by pressing on them, or add a new alarms using the setting menu.
You can set the minimum light's strength which will stop the alarm.
(Setting->Set light's strength)
Please, send feedback to : email@example.com
Wake Up Light Alarm Clock - The best alarm Clock in the market !
Google Play Link :
App Brain Install Link:


Timesco W1 Wrist Pulse Oximeter Sleep Tracker
The Timesco W1 Wrist Pulse Oximeter Sleep Tracker combines a pulse oximeter for tracking SpO2 and pulse rates with a sleep tracker ideal for monitoring sleep apnoea. The wrist oximeter can record for up to 24 hours, and the data can then be transferred to PC software for analysis.
- 1 x Sleep Tracker
- 1 x AAA Battery
How Does the Wrist Pulse Oximeter Work?
The Wrist Pulse Oximeter is attached to the patient's wrist, and the patient's fingertip can be connected with the fingertip clip. Once the power is turned on, it measures the patient's SpO2, or oxygen saturation, as well as the pulse rate. This information is displayed in clear numbers on the LCD display.
How Does the Sleep Tracker Work?
The Wrist Sleep Tracker is worn on the wrist while the patient sleeps. As the patient sleeps, it tracks sleep patterns to monitor for any disturbances or gaps in sleep. This software can then be uploaded to a PC for analysis.
Who Can Use the Fingertip Pulse Oximeter?
The W1 Pulse Oximeter Sleep Tracker is designed both for home use to monitor your own health and for use by patients working alongside doctors to monitor changes in their pulse, SpO2, or sleeping patterns. As it can store up to 30 hours of data, this makes it ideal for use by patients overnight, or for multiple nights, before returning it to the doctor for analysis.
What Do the Numbers Mean?
The W1 Pulse Oximeter displays two key numbers during spot checks: the Sp02 level and the pulse rate. As a normal resting heart rate will differ depending on factors including health and lifestyle, it is best to ask a doctor about what your own pulse rate should be.
Generally speaking, however, a normal resting heart rate is around 60 to 100 beats per minute (bpm). Normal blood oxygen saturation level is typically around 95% to 100%.
How Long Does A Fully Charged Battery Last?
The W1 Fingertip Pulse Oximeter is provided with one AAA battery, which, when fully charged, provides up to 24 hours of continuous use. This is particularly suitable for use in busy medical environments where it's important to ensure that equipment is ready to go should the next patient require it. The ability to record up to 24 hours of data at any one time makes it ideal for use at night when the patient is sleeping to track their sleep apnoea.
- SpO2 Measurement Range: 70% - 79%: ±3% accuracy; 80% - 100%: ±3% accuracy
- Pulse Rate Measurement Range: 30 - 100bpm: ±2bpm accuracy / 101 - 235bpm: ±2% accuracy
- Power Source: 1 x AAA battery (supplied)


* 1280*720dpi native resolution;
* Built-in Bluetooth, it can be used as a Bluetooth speaker.
* Combine professional HiFi & projector RD teams to design this unique HiFi projector;
* Patent light unicorn projection engine, 10 year dust free design;
* Smart fan control, and Low noise design;
* T7W supports Android OS, Auto & 4-Point Keystone Correction, and Display Zoom.
Model: T7 / T7W
Brightness: 3500 lumens
Native Resolution: 1280*720
Max Resolution: 1920*1080
Screen Scale: 4:3/16:9
Projection Screen Size: 32-150inches
Projection Distance (m): 1.1 ~ 4.5meter
Speaker: 4Ω 5W*2
T7: NO Keystone
T7W: Auto(Vertical) & 4-Point Keystone
T7: 1*HDMI, 2*USB(ONLY one USB can read),1* Audio out,1*DC IN
T7W: 2*USB(Both can read),1* Audio out,1*DC IN
T7: Czech, English, French, Danish, Spanish, Croatian, German, Greek, Italian, Hungarian, Polish, Romanian, Dutch, Portuguese, Slovenian, Norwegian, Russian, Serbian, Finnish, Swedish, Japanese, Chinese
T7W: Only support Chinese and English now, we will add Russian, Korean, Spanish soon, you can upgrade it online.
T7W Android specifications
GPU: ARM firstname.lastname@example.org
* Power cable*1
* Remote control*1
* User manual*1
* Adjustable foot*2
* HDMI cable*1
Focus on providing mong pu solutions for 5 years.


What’s New in Industrial IoT?
Matthew Inglis, VP of Engineering
Attending Microsoft Inspire this past July was a great opportunity for the Bsquare team to connect with peers in the intelligent device space and speak with businesses across a variety of industries about how IoT helps them solve today’s challenges. We heard a lot about how security concerns are changing how providers think of building IoT networks. Key trends include:
Industrial IoT is Growing
Industrial IoT (IIoT) uses interconnected smart sensors and edge technology in industrial settings, such as manufacturing, energy, facilities-management, etc. to help businesses run smoothly and utilize data to improve operations.
This space is evolving rapidly. Companies like Microsoft are devoting significant time and resources to enhancing their IoT platforms. IoT is part of a broader vision for helping customers maintain security and efficiently operate complex systems and connected device networks.
Security is Critical
At Inspire, leaders across the tech space, including Intel and Microsoft, spoke about the importance of security in their solutions and product offerings. Industries are voicing concerns to IoT providers about data loss and malicious infrastructure attacks across connected device networks. Security must be built into an IIoT solution from the start – adding it later doesn’t work, and trying to do so is a recipe for disaster. Our team has always treated security as a foundational element of IIoT solution architecture. Now, advancing technologies like Azure Sphere are making secure IIoT solutions more accessible by providing greater protection at lower costs. It used to be common industrial practice to lock down an embedded device as much as possible, and very rarely if ever perform updates. In these days of connected devices, this is not enough.
So Many Choices – How Do Customers Pick an IoT Systems Provider?
The IoT marketplace is often bewildering for businesses that are just starting to bring intelligent devices into their operations management or supply chains. IoT is full of buzzwords, complicated networks and confusing terminology. At Inspire, the message from businesses was loud and clear: make things simple. By doing exactly that, Bsquare is working to make IoT more customer-friendly.
Providing guidance throughout the decision-making process helps businesses cut through the chaos to zero in on the best options – reducing startup time and getting IIoT systems running quicker. Our experience working with an array of industrial businesses, as well as partnerships with cloud and device providers like Microsoft and Intel, helps simplify implementation with insight into best practices and state-of-the-art technology necessary to create tailored, secure IoT solutions. Bsquare’s work with Microsoft’s Azure Sphere is a prime example of how we can simplify IoT.
Microsoft’s Azure Sphere Represents a Major Step Forward for the IoT Industry
With Azure Sphere, Microsoft has keyed in on one of the most exciting aspects of IoT: its potential to transform business operations, processes and entire industries. The security and scale achieved via Azure Sphere will allow industries from manufacturing to facilities management and transportation to begin operating on the edge. In addition to enabling secure device connections that weren’t feasible previously, Azure Sphere removes the burden of maintaining and updating edge software.
As this solution is deployed on a wider scale, businesses will turn to Microsoft and its partners to solve their unique integration problems. That’s where Bsquare comes in: no matter what platforms you use, our device systems integrators can help you incorporate intelligent solutions to meet your business objectives.


Machine Learning is the field of study that gives computers the capability to learn without being explicitly programmed. Machine Learning is one of the most exciting technologies that one would have ever come across. As it is evident from the name, it gives the computer that which makes it more similar to humans: The ability to learn. Machine learning is actively being used today, perhaps in many more places than one would expect.
#249, 1st Floor, 2nd St, TNHB Colony, Periyar Nagar West, Korattur, Chennai, Tamil Nadu 600080 (Landmark : Padi flyover – Near Anna nagar)


Omar Manasreh received his B. Sc. degree in physics from University of Jordan in 1976, M. Sc. Degree in solid state physics from University of Puerto Rico, Rio Pierdras, Puerto Rico in 1980, and his Ph. D. degree in Solid State Physics from University of Arkansas, Fayetteville, in 1985. He joined the US Air Force as an Electronic Engineer between 1986-1999, where he worked on several projects related to electronic and optoelectronic applications of III-V semiconductor materials. In late 1999 he joined the department of Electrical and Computer Engineering, University of New Mexico as a research professor, where he established two research labs that were externally funded with several graduate and undergraduate students being involved. He Joined the department of Electrical Engineering at the University of Arkansas in June 2003 where he established a state-of-the-art optoelectronic research lab. Omar received several awards including the Science and Technology Achievement Awards presented by the Air Force Materiel Command at Wright-Patterson Air Force Base and Aubrey E. Harvey Award (Sigma Xi) presented by the University of Arkansas. He was a National Research Council Fellow during 1988. He has published over 200 papers in technical journals, presented over 80 papers at national and international meetings and over 60 invited talks. He organized and edited several symposia and proceedings for the Materials Research Society, Electrochemical Society, and European Materials Research Society. He is an editor for the following book series: 1) “Optoelectronic Properties of Semiconductors and Superlattices” published by Taylor and Francis with 21 volumes. 2) “Semiconductor Materials and Devices” published by Artech House with seven volumes. 3) “Nanoscience and Technology” published by McGraw-Hill with 6 volumes. He published the following textbooks: 1) "Semiconductor Quantum Wells and Superlattices for Long Wavelength Infrared Detectors" (Artech House, Boston, MA, 1993). 2) “Semiconducotr heterojunctions and nanostructures” (MicGraw-Hill, NY 2005). 3) “Introduction to nanomaterials and devices” (Wiley, NY, 2012,). His current research is focused on the experimental and theoretical optoelectronic properties of III–V semiconductors, nanomaterials, and related devices, including the following: 1) multicolor photodetectors based on III–V semiconductor nanomaterial systems; 2) colloidal growth of semiconductor nanocrystals and metallic nanoparticles, which are being investigated for their optoelectronic applications; 3) photovoltaic devices based on nanomaterials, including coupled nanocrystals/nanotubes; 4) nanoscale semiconductor materials for optoelectronic components, including emitters; 5) plasmonic effect on the device performance; optoelectronic devices coupled to metasurfaces or optical nanoantennas; and 6) radiation effect on semiconductor materials and devices. His optoelectronic research laboratory is equipped with various spectrometers covering the spectral range from 0.18 to 1000 μm, which are configured to perform various optical measurements, such as absorption, transmission, micro-Raman scattering, micro-photoluminescence, quantum efficiencies, energy conversion efficiencies, and spectral response. The laboratory houses a class 100 clean room with various wet and dry etching (ICP-RIE) equipment capable of fabricating devices with dimensions on the order of submicrometer. His recent teaching includes Electronics I, Semiconductor Nanostructures Iand II, and Introduction to Nanomaterials and Devices.
- Electronics I
- Nanostructures I Semiconductor materials for optoelectronic applications
- Nanostructures, III-Nitride: Growth, Materials & Devices


A portable power station Australia is a versatile and essential tool for anyone who needs to stay connected and powered on the go. With a reliable and high-quality product like Jackery’s solar generator Australia, you can enjoy the benefits of a safe and user-friendly power source in a compact and portable package.
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Jackery: Reliable and User-Friendly
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With a focus on reliability, safety, and convenience, Jackery’s portable power station Australia products are perfect for outdoor enthusiasts, road warriors, and anyone who needs a backup power source. Stay connected and powered with a reliable and user-friendly portable power station Australia from Jackery.


3 edition of Optical video disc technology and applications found in the catalog.
Optical video disc technology and applications
by British Library, Distributed by Publications Section, British Library Lending Division in Boston Spa, Wetherby, West Yorkshire
Written in English
Includes bibliographical references.
|Series||Library and information research report,, 7|
|LC Classifications||TK6685 .B37 1982|
|The Physical Object|
|Pagination||viii, 43 p. :|
|Number of Pages||43|
|LC Control Number||83122327|
Scientists from RMIT University in Australia and Wuhan Institute of Technology in China have developed a radical new high-capacity optical disc called “nano-optical long-data memory” that they say can record and store 10 TB (terabytes, or trillions of bytes) of data per disc securely for more than years. That’s a four-times increase of storage density and times increase in data. Global Recordable Optical Disc Market revenue was Million USD in , grew to Million USD in , and will reach Million USD in
described with Airy disc, explained in Figure Airy disc is the size of image of a small point. The size of Airy disc is given by following equation. The resolution of optical system is often described by the Airy disc. Where d is diameter of Airy disc. Resolution is a minimum distance in which twoFile Size: 1MB. By Mark L. Chambers. Can a laptop survive in the jungle that is Real Life without a DVD drive? The terse answer is no. Ripping an audio CD or burning an iDVD slideshow disc without an optical drive is like finding a cheap tank of gas: the wonders of digital media are a big part of the iWorld.
T. Donnelly, in Encyclopedia of Materials: Science and Technology, 1 Bandwidth. The upper cut-off frequency of an optical-disk channel is a function of the laser wavelength (λ), the track velocity (v) and the numerical aperture (NA) and is given by 2NAv/λ, (Heemskerk and Immink ).Since the laser-spot diameter (D), is equal to λ/NA (Bouwhuis et al. ) the cut-off frequency. Jerry McFaul and Duane Marquis in established a user group that was active for years called SIGCAT, or the Special Interest Group for CD Applications and Technology. This organization spawned numerous niche chapters, and optical discs saw an explosion of growth and through practical applications both in the government sector and in the.
Magnetism and matter.
Ecology and genetics of host-parasite interactions
Come to Jesus--no. 4
Mathematical basis for physical evaluation on flashover
The International Wine and Food Societys guide to the wines of Germany
History of business education in United States
Visual observations of artificial earth satellites in Finland, 1972 January-1972 December.
Chambal ni sharnagati.
Thrusting and extensional structures and mineralization in the Beaver Dam Mountains, southwestern Utah
Language, thought, and personality in infancy and childhood
Lutheran worship hymnal companion
comparison of selected incentive plans.
Macaulays essay on Clive
Thinking in figures.
The advancement of technology calls for applications and knowledge at the intersection of both areas but there is a clear knowledge gap between the digital signal processing and the optical processing communities. This book covers the fundamental basis Optical video disc technology and applications book the optical and image processing techniques by integrating contributions from both optical 4/5(1).
Product Information. The switch in the direction of digital television broadcasting, the acceptance of compressed digital video and storage, video-on-demand, pay-per-view delivery, and multichannel satellite are all elements in this universal shift toward servers for storage and forward delivery of video book discusses both operational and technical issues related to disk-based.
Optical video disc technology and applications. Boston Spa, Wetherby, West Yorkshire: British Library: Distributed by Publications Section, British Library Lending Division, © (OCoLC) Online version: Barrett, R.
Optical video disc technology and applications. It's a complete book. It explains in depth the math model of optical disc reading system. You probably must have a base knowledge of optics.
However i think this is the best book about CDs by: Videodisc and optical digital disk technologies and their applications in libraries, update.
Chicago, Ill.: American Library Association, © (OCoLC) Videodisc and Optical Digital Disk Technologies and Their Applications in Libraries. A Report to the Council on Library Resources.
Information Systems Consultants, Inc., Washington, DC. This report examines the potential impact of optical media--videodiscs, compact audio discs, and optical disks, tapes, and cards--in library related applications. Optical Disk.
Optical disk uses laser technology to read and write data. The LASER stands for Light Amplification Through Stimulated Emission Of Radiation.
Laser beam writes on the surface by creating small pits (hole) in the disk. Optical drive reads data by focusing a laser beam on the surface of the disk. A laser detects the presence of a pit.
Today an Optical Disc can be a CD, DVD, BD or HD Density Disc. It may be single layer, double layer, Parallel track path, Opposite Track Path, Mixed Density Hybrid, ect.
It may be pressed, recordable, rewritable or degradable in Function. There are over known logical disc formats. An optical disc today can be quite a mixture of. WorldPa~ent Znfonnation, Vol. 8, No. 3, pp.Printed in Great Britain. /86$+ Pergamon InfoLine Inc.
CECAVIPO Impact of Optical Disc Technologies on the Storage and Distribution of Patent and Trademark Information Martin S. White, European Director, Link Resources Corp. Summary The article discusses the advantage of various forms of optical disc Author: Martin S.
White. Lasers and their Applications Debabrata Goswami1 Indian Institute of Technology Kanpur, Kanpur, India variety of optical compact disc formats to play music, display video recordings, and read Light and Light Based Technology.
Medical Size: 4MB. An early optical disc system existed innamed Lichttonorgel.  An early analog optical disc used for video recording was invented by David Paul Gregg in and patented in the US in and This form of optical disc was a very early form of the DVD (U.S.
Patent 3,). 5D quartz disc – future of optical media storage. As it was mentioned previously on our blog, traditional flash wears out, HDDs occasionally fail, physical photographs fade and paper books rot.
Optical media meets archival purposes best, and this is why the industry re-shaped driven by the market conditions partially in this segment. Before CD-RW technology, in a standard for magneto-optical recordable and erasable CDs called CD-MO was introduced and set in the Orange Book, part 1 as a CD with a magneto-optical recording layer.
The CD-MO standard allowed for an optional non-erasable zone on the disc that could be read by CD-ROM units. Optical storage, electronic storage medium that uses low-power laser beams to record and retrieve digital (binary) data. In optical-storage technology, a laser beam encodes digital data onto an optical, or laser, disk in the form of tiny pits arranged in concentric tracks on the disk’s surface.A low-power laser scanner is used to “read” these pits, with variations in the intensity of.
In optical disc technology, analog signals are converted into digital signals (with the exception of the video information on laserdiscs, as will be explained later). During this process, the analog signal (audio and/or video) is measured in parts and converted into a series of values, called sampling.
The DVD represents the second generation of compact disc (CD) technology, and, in fact, soon after the release of the first audio CDs by the Sony Corporation and Philips Electronics NV inresearch was under way on storing high-quality video on the same mm (inch) disc. Discusses three new advances in the use of optical disc technology in education.
Describes the storage formats and capabilities of the videodisc, the compact disc, and the optical write-once disc. Contrasts the three technologies in terms of their production requirements, the hardware involved, and some projected applications in education.
(TW)Author: Linda W. Helgerson. OPTICAL DISK WITH BLU-RAY TECHNOLOGY T. Ravi Kumar 1, Dr. Krishnaiah 2 1(MTech-CS, ute of science and technology, Hyderabad, India) 2(Principal, Dept of CSE, D.R.K Institute of Science and technology, Hyd, India.) ABSTRACT Blu-ray is the name of a next-generation optical disc format jointly developed by the Blu-ray Disc.
Advantages of Digital Video Disk (DVD) In DVD, you can store large amounts (GB -9GB) of information and data. You can store good quality videos, picture, applications, etc on DVD.
Metropolis applications can be deployed using the NVIDIA EGX platform. EGX combines a range of validated servers and appliances with an end-to-end software stack to deliver the power of AI computing to the edge. This makes it easy to deploy GPU-powered systems remotely and run GPU-optimized edge AI applications to make smarter and faster decisions.application of write-once ready-many (WORM) technology, but a data encoding method as well!
However the modern optical storage devices have a relatively short history as the first laser disk was only demonstrated in This was the inch Laservision, a video disk in.Optical Archive. Optical Blu-ray archives configurations are similar to tape. The big difference is in the media itself. Blu- ray technology is designed for wide use within the consumer/video market.
Hence it is reliable, robust and like its predecessors CD/DVD, it will be widely available for coming years.


Fathalla Eldali received his Bachelor’s Degree in Electrical Engineering from Omar Al-Mukhtar University and his Master’s Degree from Colorado State University in 2012. His academic background is in power systems, power electronics converters, rotating machines design and drives. He is currently pursuing his Ph.D. at the Advanced Power Engineering Laboratory (APEL) at CSU. His main areas of interest are electric power systems, grid integration of renewable energy, and Demand Side Management. He is currently pursuing an effort of co-optimizing the output variability of wind power and the availability of electric vehicles in the distribution grid for charging/discharging. He has 4 conference papers and one journal paper published. He also has 2 more journal papers and one conference paper under review. He worked for National Rural Electric Cooperative Association (NRECA) as a summer graduate intern for the summer of 2015 and 2016. He also has been working as a teacher assistant in the ECE department at CSU since Fall 2015. He is the former Power and Energy Society (PES) chapter chair of the High Plains IEEE Section.
Fathalla Eldali’s research:
electrical engineering, power systems, power electronics converters, rotating machines design and drives, electric power systems, grid integration of renewable energy, and Demand Side Management


Buying Guide For Cheap 19 Inch Flat Screen Tv In . If you are looking for Cheap 19 Inch Flat Screen Tv than this review article may help you.
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|1||LG Electronics 24LJ4540-WU 24-Inch 720p LED HD TV (2017, not Smart TV)||9.8||Buy On Amazon|
|2||(Renewed) LG 24in Class 720p 60Hz LED HDTV - 24LF454B||9.8||Buy On Amazon|
|3||Sceptre E195BV-SR 19" Slim LED HDTV 720p with HDMI USB VGA Inputs, Machine Black 2020 New||9.8||Buy On Amazon|
|4||Sceptre E205W-16003R 20" 1600x900 up to 75Hz Ultra Thin Frameless LED Monitor 2x HDMI VGA Built-in Speakers, Machine Black (Wide Viewing Angle 170° (Horizontal) / 160° (Vertical) )||9.6||Buy On Amazon|
|5||Insignia NS-32DF310NA19 32-inch Smart HD TV - Fire TV Edition||9.6||Buy On Amazon|
|6||LG 24LM520D-WU 24 Inch HD TV Monitor with Remote Control (2019), White||9.4||Buy On Amazon|
|7||TCL 32S327 32-Inch 1080p Roku Smart LED TV (2018 Model)||9.4||Buy On Amazon|
|8||VIZIO 24” Class HD (720P) LED HDTV (D24hn-G9) (Renewed)||9||Buy On Amazon|
|9||SANSUI S24 24" Inch 720p LED HDTV, Built-in with HDMI, USB, High Resolution and Digital Noise Reduction(2020 Model)||8.8||Buy On Amazon|
|10||LG 24LJ4540 TV, 24-Inch 720p LED - 2017 Model||8.2||Buy On Amazon|
- Wireless Dvd Player For Smart Tv
- Best Portable Dvd Players For Car Headrest
- Dvd Players For Car Headrests
Table Of Content:
- LG Electronics 24LJ4540-WU 24-Inch 720p LED HD TV (2017, not Smart TV)
- (Renewed) LG 24in Class 720p 60Hz LED HDTV - 24LF454B
- Sceptre E195BV-SR 19" Slim LED HDTV 720p with HDMI USB VGA Inputs, Machine Black 2020 New
- Sceptre E205W-16003R 20" 1600x900 up to 75Hz Ultra Thin Frameless LED Monitor 2x HDMI VGA Built-in Speakers, Machine Black (Wide Viewing Angle 170° (Horizontal) / 160° (Vertical) )
- Insignia NS-32DF310NA19 32-inch Smart HD TV - Fire TV Edition
- LG 24LM520D-WU 24 Inch HD TV Monitor with Remote Control (2019), White
- TCL 32S327 32-Inch 1080p Roku Smart LED TV (2018 Model)
- VIZIO 24” Class HD (720P) LED HDTV (D24hn-G9) (Renewed)
- SANSUI S24 24" Inch 720p LED HDTV, Built-in with HDMI, USB, High Resolution and Digital Noise Reduction(2020 Model)
- LG 24LJ4540 TV, 24-Inch 720p LED - 2017 Model
- Dimensions: 21.9″W x 13.6″H x 2.1″D (without stand TV) | 21.9″W x 15.2″H x 5.8″D (TV with stand)
- No smart functionality .
- 720p HD resolution for a crisp picture. Direct-lit LED produces great picture quality. Resolution 1366 x 768. Brightness (Typ.)- 180 cd/m2. Pixel pitch(mm)- 0.38175×0.38175
- 60Hz refresh rate allows fast moving action scenes can be seen with less motion blur (120Hz effective rate).
- Inputs: 1 HDMI, 1 USB, 1 (ATSC); speaker system: internal
- Brand new in box. The product ships with all of the relevant accessories
- 19″ led 720p TV
- ATSC, NTSC clear QAM
- VESA wall mount ready
- HDMI, VGA, USB port
4. Sceptre E205W-16003R 20″ 1600×900 up to 75Hz Ultra Thin Frameless LED Monitor 2x HDMI VGA Built-in Speakers, Machine Black (Wide Viewing Angle 170° (Horizontal) / 160° (Vertical) )
- 20″ LED HD+ monitor with high resolution 1600 x 900
- 2 x HDMI port and 1 VGA port
- Fast response time fast action sports and adventure movies always require fast and accurate pixel response from a LED . Quick response time, ghosting and blurring are reduced, so the user can enjoy the display with clarity and precision.
- Built-in speakers with built-in speakers, the monitor delivers office level for audio conference calls and internet workshops. Likewise, enjoy engaging audio while listening to your favorite tunes.
- Adaptive-Sync, adaptive-sync is a technology that closes the gap between the graphics card and the monitor the refresh rate of the image, eliminating the tearing and stuttering in the process.
- Insignia HD Smart TV – Fire TV version delivers 720p picture quality with deep blacks and rich colors.
- Fire TV experience with built-in, enjoy tens of thousands of channels, apps, and Alexa’s skills, including Disney+, Netflix, YouTube, Prime Video, Hulu, HBO, SHOWTIME, STARZ, and more
- The Fire TV version integrates seamlessly with live over-the-air TV and streaming channels on an integrated home screen (the HD antenna is required).
- Easily control your TV includes the voice and remote control—Plus, launch apps, search for the title, play music, switch inputs, control smart home devices, and more, using just your voice.
- Dimensions (w x H x d): TV without stand: 28.9″ x 17.3″ x 3″, TV with stand: 28.9″ x 19″ x 8.2″. Multiple device input/output options: 3 HDMI including 1 ARC, USB, composite input, antenna/cable input, digital output (optical), audio output, Ethernet .
- 24″ HD TV / monitor
- Slim, compact design
- Built-in speaker (3W x 2)
- Remote control
- Dimensions (w x H x d): TV without stand: 28.8 x 17.1 x 3.0 inch, TV with stand: 28.8 x 19.1 x 7.1 inch
- Smart functionality delivers all your favorite content with more than 500,000 films and TV episodes, accessible through simple and intuitive Roku TV
- 1080p HD resolution for a lifelike picture
- Direct-lit LED creates great picture quality with 120Hz refresh rate for fast moving action sequences with virtually no motion blur
- Inputs: 3 HDMI, 1 USB, RF, Composite, headphone jack, optical audio out
- Compatible with Alexa and Google is helpful . USB file format compatibility-videos-MKV (H. 264), MP4, MOV (H. 264), TS (H. 264) music: AAC, MP3, WMA, WAV (PCM), AIFF, FLAC, AC3 photo: JPG, PNG, GIF
- Edge lit LED Backlight-LEDs distributed along the edge of the screen for a brilliant picture
- HD picture TV in crisp, clear 720p high-definition resolution.
- 2 HDMI ports perfect for connecting all your high definition entertainment devices to the TV
- Ambient light sensor intelligent backlight sensors automatically adjust to surrounding brightness for a great picture in any room.
- Remote control
9. SANSUI S24 24″ Inch 720p LED HDTV, Built-in with HDMI, USB, High Resolution and Digital Noise Reduction(2020 Model)
- Brilliant visual experience: 24″ (60.50 CM). Built-in dolby Audio soung quality and deliver rich, clear, powerful soung quality.
- Home entertainment center: Caixun C24 fit to add to your bedroom, kitchen, guest bedroom or home gym. You can easily view your media files through USB/HDMI/VGA or smart device,whether you’re playing games, catching up on favorite shows or unwinding with a music.
- Elegant design: wall mountable TV to add a stylish note to your living room with its slim bezel and stick stand design. You can wall mount it to save floor space or position it neatly in a cabinet.
- A vivid experience: S24 with built-in 1 x HDMI, 1 x USB, 1 x VGA, 1 x Av in, 1 x PC audio in, 1x coaxial, 1 x earphone . A fluid browsing experience and fast control.
- Main accessories: remote control *1, remote battery *2, user manual and warranty card . Please note that your 1 year warranty will be linked to the warranty card.
- Your purchase includes a LG 24LJ4540 24 inch LED TV, 2017 model, a controller and user manual
- TV dimensions: without stand – 21.9″ W x 2.1″ H x 13.6″ D, with stand – 21.9″ W x 5.8″ H x 15.2″ D screen size: 23.6″ measured diagonally
- No smart functionality . Triple XD Engine processes images with even greater precision to enable more natural color expression, deeper contrast and more lifelike images.
- LG’s LED backlighting delivers exceptional brightness and amazing image clarity. You will see rich color and deep too, and LEDs offer greater energy efficiency compared to conventional LCD monitor.
- Input: a (ATSC) RF in (antenna/cable). A HDMI
To buy ~ Cheap 19 Inch Flat Screen Tv you can follow our guide and scores mentioned above. Which we've created for Cheap 19 Inch Flat Screen Tv on 56050 reviews.


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1. 6.1in notch screen. The ratio of the screen to the body up to 88%.
2. Face Recognition Access. Supports facial recognition activation. Scan your facial features and unlock your phone in real time.
3. Powerful performance. Adopt MTK6763 mobile platform with 14mm process technology.
4. Operating system for Android8.1. The new interactive design makes the operation simple and easy.
5. Dual card supports T card. Dual card dual standby, the card slot does not distinguish between the main and the deputy, and supports the world's top 50 communication carrier networks.
6. Fingerprint unlock on the back. Equipped with a fingerprint sensor, unlocking is faster and more accurate.
7. 8 megapixel front camera for stylish selfie. Advanced 8 megapixel front camera turns every piece of your work into a masterpiece. Experience greater brightness, color vibrantness, clarity and dynamic range.
8. Rear HD camera. A 13MP + 8 megapixel camera combination. The main camera features a large f / 1.8 aperture and 1.28um pixels, and this powerful combination enhances the backlight or low light sensitivity.
OS：For Android 8.1
CPU：MTK6763 Octa Core
Multimedia：MP3 / MP4 / 3GP / FM Radio / BT
Speaker：1511 Box Speaker
Standby：Dual Card Dual Standby,support TF & SIM Card
Other Functions：Dual SIM, Full Screen, Image Viewer, Gravity Sensor, WAP / MMS / GPR, Audio / Video Recorder, Face Recognition / Fingerprint, Calendar / Calculator / Wireless / GPS / Alarm Clock / E-book / World Clock
1 * Mobile Phone
1 * Card Pin
1 * Power Plug
1 * Headphones
1 * USB Cable
1 * Mobile Phone Case
1 * Phone Film
1 * User Manual


CEMSE Receives New NSF Grant to Expand STEM School Studies
November 5, 2012
The CEMSE Research and Evaluation Group at the University of Chicago has been awarded a $1.8 million grant from the National Science Foundation (NSF) to study the landscape of inclusive STEM (science, technology, engineering, and mathematics) high schools across the United States. This study entitled, Identifying and Measuring the Implementation and Impact of STEM School Models, will comprehensively describe and measure models of 20 inclusive STEM high schools in 5 states (California, New York, New Mexico, Ohio, and Texas), measure the factors that affect their implementation, and examine the relationships between model components and a range of student outcomes. The study will increase the understanding of STEM high schools by describing the elements of inclusive STEM high school models and the ways these elements are put into practice. It will also help identify which elements of the schools may be related to desired student outcomes. In addition to the study findings, this project will develop a clear framework for describing STEM school models and instruments for measuring enactment of those models, identify the factors that affect implementation, and create rich descriptions of STEM school practices.
This study grows out of CEMSE’s prior work aimed at understanding the mechanisms of innovation in STEM education. CEMSE is currently in the second year of a three-year NSF-funded study that is examining factors that affect the implementation, spread, and sustainability of the Ohio STEM Learning Network (OSLN) Platform Schools Initiative. The new study will capitalize on our previously developed instruments, processes and findings in an effort to increase the understanding of inclusive STEM school models and to identify the approaches and practices present in these innovations that are related to desired student outcomes. This project’s larger sample size and our existing tool set will allow us to examine STEM school component implementation in multiple contexts, analyze how schools are affected by those contexts, examine relationships between enacted school components and a range of short- and long-term student outcomes, and provide rich descriptions of the particular components and practices that appear to be the most important.
Among the questions we seek to answer are, What are the intended components of each inclusive STEM school’s model? Which of these are unique to particular STEM schools? Which are common across the STEM schools?
What is the status of implementation of the intended components of each STEM school’s model?
What factors contribute to or inhibit the implementation of these components?
What components are most closely related to desired student outcomes in STEM schools?
The project will be led by Jeanne Century, EdD, Director of Science Education, Research, and Evaluation, and Melanie LaForce, PhD, Lead Researcher. For more information, contact Melanie LaForce at firstname.lastname@example.org.
1427 East 60th Street
Chicago, IL 60637


900 million Android devices are deemed a high security risk by the discovery of “Quadrooter”, a mobile security flaw in all Android phones and tablets with a Qualcomm chipset. Quadrooter originates in a set of four vulnerabilities affecting Android devices with the Qualcomm chip. If any of these vulnerabilities are exploited, the attacker would be able to gain root privileges into the device and have complete access. Quadrooter could provide the hacker with access to keylogging, location tracking, and recording messages, even worse, unrestricted privileges to enterprise data.
Prevent spying on corporate conversations
Seen on 60 Minutes: Any phone can be hacked to track you anywhere in the world
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With the growth of enterprise mobility, CISOs are faced with the task if EMM alone is enough to safeguard their company data from the increasing risk of mobile attacks. For many companies, EMM translates to Mobile Device Management. There is an underlying misconception that EMM means mobile security, but as Gartner has recently defined in their updated research “How to Go Beyond EMM to Ensure Secure Enterprise Mobility”, EMM is just part of the approach to securing mobile devices. Read More
Pokemon Go has taken the mobile world by storm with its release only a week ago. The nostalgia has taken off as it is already the biggest US mobile game ever. Unfortunately, with immense popularity, the one thing people seem to ignore is security.
With so much activity happening around Pokémon Go, cybercriminals have taken note of the hype and created various scams and trojans that are reportedly infecting the devices. Read More
A new strand of malware has been discovered on Android devices to steal information and data. Once infected, devices begin to perform erratically and can act like users have clicked on ads for no reason. Originally thought of as a variation of the Shedun malware family, HummingBad is indeed an original baddy, and one that has seen increased amount of infections since May. Read More


Dielectric Strength is an indication of the electrical strength of a plastic as an insulator. The dielectric strength of an insulating material is the voltage gradient at which electric failure or breakdown occurs as a continuous arc (the electrical property analogous to tensile strength in mechanical properties). The dielectric strength of plastics varies greatly with several conditions, such as humidity and geometry, and it is not possible to directly apply the standard test values to field use unless all conditions, including specimen dimension, are the same. Because of this, the dielectric strength test results are of relative rather than absolute value as a specification guide.
The dielectric strength of polyethylenes is usually around 500 volts/mil. The value will drop sharply if holes, bubbles, or contaminants are present in the specimen being tested. Dielectric strength varies inversely with the thickness of the specimen.
A specimen is placed between heavy cylindrical brass electrodes which carry electric current during the test. There are two ways of running this test for dielectric strength:
1) Short-Time: the voltage is increased from zero to breakdown at a uniform rate, 0.5 to 1.0 kc/sec. The precise rate of voltage rise is specified in governing material specifications.
2) Step-By-Step: the initial volt age applied is 50% of breakdown voltage shown by the short-time test. It is increased at rates specified for each type of material and the break down level noted.
Breakdown by these tests means passage of sudden excessive current through the specimen and can be verified by instruments and visible damage to the specimen. ASTM D-149.


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Offices tend to be highly busy business environments, with a lot of activities taking place; including the shredding of unneeded documents. However, all the devices which run on the power supply in an office considerably raise the utility bills a business incurs. The most effective way to lower the utility bills incurred by a business is by minimizing the use of power within the office environment. Computers rely on power supply primarily to operate; other equipment found within an office like photocopies, duplication machines, and shredders can be unplugged from power sources when they are not in use. The other way to reduce utility bills is by opting for office equipment designed to economically use a power supply, like the Fellowes MS-450 Microshred with SafeSense Technology.
The Fellowes MS-450 Microshred with SafeSense Technology enhances the economization of electricity by automatically stopping the device when the user touches the throat area. The device can shred ten sheets of paper at an instance and can shred credit cards, staples, and CDs as well. The shredder works silently and can operate for an extended period, to achieve high volume disposal of redundant documents.
The distinct technical features of the Fellowes MS-450 Microshred with SafeSense Technology include:
The device can shred up to 10 sheets of paper at any instance, into 2 x 8mm tiny papers
The device comes bundled up with a safety cut off functionality, separate throat, and an integrated waste compartment
The SafeSense technology enables the shredder to automatically stop when the user touches the device’s throat area
Credit cards, CDs, and staples can also be shredded by the device, which comes with a separate CD entry
The device comes integrated with the SilentShread performance technology, allowing the device to work silently for an extended period when required
The Fellowes MS-450 Microshred with SafeSense Technology weighs 13.62 kg
The device measures 55.4 x 34.8 x 25.6cm (H x W x D)
The device has a shredding speed of about 2.7 m/min
A 20 liters waste bin is incorporated into the device
The device has a Non-stop running time of 8 to 10 Minutes
The shredder comes with a five year Manufacturer’s Cutter Warranty
The device is quite bulky and therefore it cannot be moved around. It can also take up a considerable amount of office space.
You can read top shredder reviews for more information.


For the world to see every vehicle rolled out from the production plant powered by Autonomous platform without steering wheel would be long time from now. Autonomous vehicles and human driven vehicles should coexist at least for a decade from now.
The coexistence could lead to accidents. Analysis of the these accident reports between autonomous and human driving vehicles, highlights one major cause that autonomous vehicles follow the traffic rules strictly and humans will take chances. Accidents can be avoided by having separate infrastructures for human drive and autonomous vehicles, but would this be feasible everywhere?
In my opinion, this time of coexistence should be well utilized to perfect the self-driving technology. There is a lot that autonomous vehicles can learn from peer human drivers. Also OEM’s can perfect the self-driving software by analyzing each unique scenarios/encounters that would happen between autonomous vehicles and human driven vehicles.
Can the autonomous car be trained in a way the human beings are trained? Can autonomous cars be trained to mimic exactly the humans? Can they exhibit spontaneous decisions making capability humans possess? Can autonomous vehicles learn the way humans learn from their experiences, and update the driving and reaction skills? If self-driving technology could address all of the above pain points, that day would be the beginning of autonomous vehicle era.
Categories: Autonomous driving


A revolution is imminent: With the help of quantum mechanical effects, new types of computers could one day quickly solve computing tasks that today’s machines cannot cope with. That is good news. On the one hand. On the other hand, it is bad news. Because commercial computer science as we know it today depends on the existence of computing tasks that computers can cope with. The high computational effort forms a protective wall that secures communication channels. Quantum computers could tear down this protective wall.
Around Lake Zurich, researchers are involved in various teams for the development of post-quantum cryptography. The new encryption methods should protect secrets entrusted to the Internet for decades to come.
For centuries, and even in the late 1970s, it seemed inevitable that the sender and recipient of secret messages would use the same key. This form of protected message exchange is called symmetrical. Since then, asymmetric encryption methods have become generally accepted. They enable the secure exchange of information between two communication partners who are facing each other for the first time and have not had the opportunity to agree on a common key beforehand.
The asymmetric encryption methods use mathematical functions that can only be inverted with great effort. These are one-way or trapdoor functions: In one direction, the passage is easy to pass through, but the way back is blocked. A widely used encryption method is based on the multiplication of two large prime numbers. It does not demand much from a calculating machine, but the opposite way, the prime factorization, is too much for common computers.


Vivo Xplay 5 Elite is the first 6GB RAM smartphone in the world. Then, can the following one be the second? Check out Vernee Apollo to see how it looks like and what it offers us!
Vernee Apollo – New beast coming with 6GB RAM, 21MP rear shooter and…
Vernee is a new Chinese smartphone manufacturer, so its name is kind of strange. Though, you may want to remember it for a long time after knowing that they are going to introduce a device named Apollo. Specially, it has been claimed to boast whooping 6GB of RAM, even much stronger than lotsa PCs. Some teasers of the phone were also released, showing an elegant, slim handset. However, to be honest, it is pretty similar to some other phones on the shelves, especially ones from HTC and Huawei. Do you agree?
Besides, Vernee Apollo specs are also unveiled. Specifically, it will own a 5.5-inch 2K screen, a 10-core Helio X20 processor, a USB Type-C port, 6GB RAM paired with 128GB of internal storage. Moreover, it will even pack a gorgeous camera set consisting of a 8MP selfie and a 21MP main sensors. Well, you will definitely have brilliant shots. Nonetheless, some other features such as battery and operating system have not been found. Perhaps Vernee will continue revealing in the next days.
In general, despite being a new firm, Vernee really knows how to get people’s attention. They decide to announce a 6GB RAM machine while some big brands like Samsung, Sony, Xiaomi, OnePlus, Lenovo, LG, etc. have not said anything. That can be a good start, yet we still need to see it to believe it.
Vernee Apollo price and availability
According to our sources, Vernee will join the world’s mobile market at the endn of April 2016 and Apollo will be their first model. Therefore, we totally can expect Vernee Apollo launch next month although its cost is still a secret. Furthermore, you can have a look at the Vernee.cc website to view more devices, including Vernee Thor as an entry-level phone and an unknown “new product”.


By VIBE Technologies U.S. Patent 6,933,819
Improve the quality of your life by bringing your vibrational level back to its natural state of being!
What is the Quantum Pulse?
The Quantum Pulse, an upgrade to the original VIBE Machine, transmits energy at the frequency of healthy cells. Our cells respond to this healthy frequency just like one tuning fork will duplicate the tone of another of the same frequency. This entrainment, as it is known, allows natural healing to take place in the body and provides enhanced protection.
How does the Quantum Pulse work?
The Quantum Pulse is based on proven technologies and theories pioneered by scientists like George Lakhovsky, Nikola Tesla, Royal Raymond Rife, and Dr. Robert Becker, to name a few.
The Quantum Pulse uses a multi-wave oscillator and spectrum tubes containing noble and other gases to create frequencies that fall between the infrared and ultraviolet spectrum range. It also uses a Tesla coil to create high voltage and a subtle electromagnetic field. This combination produces frequencies that have been found to be very beneficial to the body and are often referred to as "biophotonic light". The electromagnetic field is used as a carrier to transmit these frequencies in a radius of approximately 6-8 feet around the machine.
The tuning capacitor that sits on top of the machine produces alpha waves, which are associated with relieving anxiety and depression, and promoting relaxation and creativity.
How is the Quantum Pulse used?
One sits about three feet from machine for just a few minutes per session.
How much does it cost?
Can I purchase a used Quantum Pulse?
Please click here and scroll to the bottom of the page to learn more.
Is financing available?
Favorable financing is available on new, leased, and used machines at zero percent interest.
How can I find out more?
Please contact us and we will be happy to email you a complete information packet.
How can I experience the Quantum Pulse?
If you wish to experience the Quantum Pulse in Longmont, Colorado, please click here.
If you live elsewhere please contact us and we will assist you in finding a practitioner close to your location.


Made-for-iPhone Hearing Aids in Orange County, FL
What Are ‘Made-for-iPhone’ (MFi) Hearing Aids?
The term MFi is more colloquially recognized now as ‘Made for iPhone’, but ultimately means compatibility with iPhones, iPads and iPods (and Apple Watches). ‘MFi‘ is an Apple specific certification that allows / approves other technologies such as hearing aids, to integrate with Apple devices.
Apple iPhone Smart Phones have been designed to be able to be directly linked to hearing aids made by manufacturers who have integrated hardware and software that allows their hearing aids to connect directly, without the use of any intermediary device that would need to be worn around the neck.
It was Apple who took the lead in working with leading hearing aid manufacturers despite Android being the more widely used platform. Apple has a simpler single platform system to work on (see section below for more info on this).
Made-for-iPhone (MFi) hearing aids were first introduced by ReSound in 2014 (with their ‘ReSound LiNX‘ hearing aid), followed by Starkey with the ‘Starkey Halo’. There are now five leading global hearing aid manufacturers offering premium spec hearing aids with made-for-iphone technology (ReSound, Starkey, Widex, Signia, and Oticon).
The main three benefits of MFi hearing aid technology are:
- Direct wireless mobile phone streaming without the need for an intermediary accessory – phonecalls, phone apps, music etc
- Direct wireless TV streaming without the need for an intermediary accessory
- Direct remote control functionality – via a free phone app, volume & program control, plus advanced features such as directional focus etc.
Frequently Asked Question: What about Android Compatibility?
The big question, especially from avid Android phone users, is why was this technology limited to Apple iPhones (the streaming technology that is) – which is a very valid question being that Apple only makes up between 15-20% of global market share of mobile phone distribution.
One reason stated is that it is purely hardware driven. iPhones are a closed architecture (which some would say is an advantage and some would say is a disadvantage), but Android is open architecture, which means every single model by every different manufacturer essentially runs a slightly different version of Android to work with their specific ever-changing hardware. As a result, if a manufacturer were to put in a lot of Research & Development on making a Samsung Galaxy 7 able to stream without an intermediary streaming accessory, most likely it would not work on any other Android device, including a Galaxy 6 or Galaxy 8. Chances are, that until a manufacturer or manufacturers agree to a closed standard, we will not see direct streaming of an Android device without an intermediary device.
Another reason given lies with an Apple strategy to make their devices more accessible to a wider pool of consumers. They stole a march on Google’s Android – their most competitive operating system available for mobile phones – and worked with ReSound to develop a system to connect hearing aids to their phones. Google does intend to make similar features available on Android phones, but it must now find a way to do that by navigating around the patents that Apple has filed.
MFi does use the generally available BLE technology – Bluetooth Low Energy – but also uses several additional system calls and tweaks that enable enhanced functionality. At least that’s what Apple says, but we suspect the primary objective is to make it hard for Google to hitch onto the standard without running foul of patent protections. In practice, the hearing aid is forced to pair with a special interface on the device, and not with the general, standard BLE interface; thereby locking out app developers and Android.
ReSound and Apple did a good job of marketing the initiative fast enough to get it adopted by other hearing aid makers, so that the methodology has become the industry standard.
The bottom line is that it is hardware / technology that prevented hearing aids from connecting with Android. Apple moved much more quickly than Google and managed to establish a commanding competitive lead.
However, it was only a matter of time and the day of “Made for Android” hearing aids is now here – only they are not called ‘Made for Android’ as they can connect to most phones with Bluetooth technology – so we call them ‘Made for ALL’ hearing aids, or MFA hearing aids.
Current Mobile Phone Compatible Bluetooth Hearing Aids
MFi hearing aids are currently made by:
ReSound – Oticon –Widex – Signia – Starkey – Bernafon
MFA hearing aids (iPhone or Android) by:
Phonak – Unitron
Benefits of ‘MFi’ Hearing Aids
The ability to link a phone app to your you hearing aids adds a high level of personalized control and improved speech clarity for phone calls and streamed audio.
The key feature is being able to stream your phone calls, audio-books, music, and apps (i.e. Google maps directions) direct to your hearing aids for improved speech clarity.
Using your phone app means you no longer have to carry around a separate remote control.
Direct high definition stereo streaming from TV’s without the need for a neckloop or clip-on accessory (you do require a TV adaptor though).
You can also use more advanced features such as foreign speech translator apps to hear what a foreign person is saying direct in your hearing aids!!
Remote Control Cell Phone App:
Having more control allows you to fine tune your hearing aids in different environments to suit your needs – sometimes we can then fine tune them based on how you use your controls. These functions will change between the phone apps provided by each manufacturer.
Basic remote control functionality may include:
- Volume control, synchronized or left / right separately
- Mute function
- Home function – to reset any changes back to default
- Program change – for different environments
- Changing directional focus for noisy environments
- Controlling wind noise and general noise
- Changing the frequency response
You can also save your settings to a ‘favorite program’ for future use, and can set that program to turn on automatically when you reach a frequent destination (such as a surround sound program for the local cinema).
Streaming your calls and apps – i.e. using a foreign language translator to translate what someone says to you, and hear it direct in your hearing aids; or using google maps sat nav app and hearing directions crisper in your hearing aids whilst driving.
Find My Hearing Aids:
You can locate lost hearing aids by using the built-in hearing aid locator in the cell phone app. Some of the brands have a find-my-hearing aid feature helping to locate lost hearing aids. This technology works using location services from the phone and you can track where the hearing aid was last used and hopefully find it again – to the point where the battery was last live.
Additionally, we can remotely assist you by changing the settings of your hearing aids and sending them to you via the phone app – meaning less visits to the office in the early fine-tuning days.
Important Things To Note:
- ‘Made-for-iPhone’ hearing aids can be used simply as great hearing aids without an iPhone – you just lose the mobile phone benefits above.
- Android phone users can use MFi hearing aids for remote control, and TV streaming – but NOT for direct streaming from the phone.
- TV can be directly streamed to MFi hearing aids via an intermediary streaming accessory regardless of what mobile phone you may use.
Direct Streaming hearing aids are generally available as medium sized receiver-in-canal (RIC) hearing aids (including rechargeable options) or ‘full shell’, ‘half shell’, or ‘canal’ size custom in-the-ear hearing aids.


Image credit: DALL-E
A collection of code that may be useful to others.
Camformers' submission to DREAM 2022
A convolutional neural network developed for the DREAM 2022 challenge "Predicting gene expression using millions of random promoter sequences" [code]. This submission took 4th place in the challenge.
Code related to previous projects/papers
- Retrieval and analysis of the piRNA cluster database [code] used in Bornelöv et al., 2022 [paper].
- Determination of genome of origin for allele-specific mapping [code].
- Analysis pipeline for RNA bisulfite sequencing data [code] used in Sajini et al., 2019 [paper] and Selmi et al., 2021 [paper].


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Tech On-Site builds cost competitive, custom desktop computers based on individual needs and budgets. From inexpensive business machines to liquid-cooled high-end gaming desktops, Tech On-Site computers are designed with speed, stability and reliability in mind.
One important advantage Tech On-Site computers have over the big-name manufacturers is quality - we choose parts that are significantly more robust which increases the reliability and longevity of your investment. Big-name pc makers generally use the cheapest mass-produced parts available.
We offer a two-year labor warranty on all custom-built machines - double the industry standard. Parts are warranted by their specific manufacturers, typically between one and three years.


The opposite two variants have a matte end and appear extra fun. The video recording capability is 8K@24/30fps,4K@30/60fps,1080p@30/60/120/240/480fps. According to its RAM and ROM, It has two (8GB/128/256GB) variants. The Mi 11X is priced at Rs 29,999 for the 6GB RAM and 128GB storage option, while the 8GB RAM and 128GB storage choice will price Rs 31,999 in the nation. Multitasking with the high capacity RAM. The smartphone has been launched in three choices – Cosmic Black, Lunar White, and Celestial Silver. Each telephone can be found in the same three colors: Cosmic Black, Frosty White, and Celestial Silver. Level 1 Xiaomi may need to re-branded the cellphone, but there are quite a lot of design elements that affirm that the Mi 11X was essentially a Redmi cellphone.
There is no headphone jack on the telephone. It is an octa-core processor with Qualcomm SM8350 Snapdragon 888 5G chipset, and the phone runs Android v11. It prices Rs 8,000 lower than the OnePlus 9R regardless of utilizing the identical Snapdragon 870 chip. The mi 11x pro is powered by the Qualcomm Snapdragon 888 coupled with Adreno 660 GPU. The Xiaomi Mi 11x Pro has extra impressive features. A significant improvement is that Xiaomi has used E4 material on the Mi 11X, which might scale back power consumption and enhance the battery life. You can record a maximum of 1080p@30fps video with the front digital camera. This will help reduce eye strain. Nonetheless, the camera is the one space the place our expectation has fallen quickly.
One good thing is that the Mi 11X is that it’s so much slimmer than any of the Xiaomi smartphones I’ve used in the past. The display is protected by Corning Gorilla Glass 5. The display is shiny, response and colors look good. It is value noting that this is designed to supply fast and dirty results in the Photo mode and is not nearly as good as utilizing the devoted Evening mode. Some may feel it cuts again on the camera and battery; however, the Mi 11X has the makings of a possible market disruptor. The back panel may be like the more inexpensive Redmi Observe 10 Professional Max with a unique digicam module and Xiaomi branding at the bottom.


The future of online gambling and trends for 2023
Gambling games are known all over the world. Technological development has a lot to do with the rapid growth of this sector in each year. In fact, the global pandemic period also contributed to the fact that people are looking for new ways to entertain at home, which previously required personal presence, e.g. gambling.
On the market we can already see new trends that make the use of online gambling give completely new, better and more durable experiences. Operators around the world are more and more boldly using virtual reality or even games using blockchain technology. There are more and more trends on the market and it seems that from year to year they will appear more and more in our lives. Below are new directions for 2023, in which companies offering online gambling begin to follow.
The future of online casinos: Applications for smartphones games
Over the past ten years, the way people use technology have changed on an unprecedented scale. All human knowledge can now be found on one device.
The future of gambling also manifests itself in the continuous development of applications and pages with optimized games for mobile devices. The growing number of mobile phone users with access to cheap data transmission creates increasing demand. Gambling companies around the world focus on satisfying them. Operators know that players are increasingly choosing mobile casino.
The Internet of Things is one of the most exciting areas of gambling technology development. In short, the Internet of items allows all devices connected to the Internet to "communicate" and exchange data to improve processes taking place in everyday life. For example, refrigerators can recognize when they are empty and place an online order for new purchases that are delivered automatically.
This technology has a huge impact on the future of the gambling industry. In particular, in the case of gaming machines, this technology enables real personalization of the user's experience with the game - personal preferences and settings are automatically updated for the player while playing various games.
IoT has the potential to completely shake the world of virtual slot machines. Due to the possibility of joining online casinos with real casinos in the future, the future of online casinos can bring completely new game experiences.
Virtual reality in games
It is expected that in 2023 VR technology will appear in even more houses. This technology has already changed many fields: from movies, through games, to simulation training. Casinos are also looking for ways to include this revolutionary technology in their processes and benefit from it. VR technology and augmented reality is undoubtedly one of the most exciting innovations that have appeared in the field of equipment development in the last decade. However, this is not the end of development, VR is still at the very beginning and significant development and even greater use of this technology in the entire gambling industry are expected.
Thanks to VR, we have the ability to place the user in the center of the action. So you can immerse yourself at the most famous casinos in the world, log in to their online games accounts and feel like at a poker table next to the biggest stars. The possibilities of redesigning games from games with virtual reality are really unique.
The Igaming industry has long been aware of the huge potential of VR and is convinced that in the future online games and virtual reality will be inseparably connected with each other.
The use of artificial intelligence has a favorable dimension for both users and casino operators. There can be many cases of use, above all it can collect and process data to offer a more adapted offer, individually for each player. The bonus offer can also be more unique and personalized. Artificial intelligence can also take care of safety on the platform itself, by detecting the wrong behavior and help to detect players with gambling problems.
Increasingly advanced algorithms, they can more and more accurately replicate human intelligence, and make more accurate and justified decisions. In 2023, even greater progress in this area is expected, and the appearance of new cases of use in subsequent online casinos.
The growing presence of blockchain and cryptocurrency technology
The introduction and gradual assimilation of cryptocurrencies in the world, and thus the entire blockchain technology, increases from year to year. The research performed this year (2023) is estimated that over 100 million people around the world have already been in with cryptocurrencies. Already today, developers producing games only based on blockchain appear on the market, there are also casinos in which we can only use cryptocurrencies to perform transactions.
Games or casinos built based on blockchain technology are characterized by many features that are unattainable in a traditional way, these are primarily:
- Anonymity - The use of blockchain means that we do not need a trusted third side. This means that watch special contracts that cannot be changed and are 100% trusted. This means that the player is not obliged to provide his data or verify his account. This is a complete breakthrough that will change the gambling we know so far.
- Security - The funds we have on blockchain have a higher level of security than the one we know in the banking industry. It is not possible to collect funds without special private keys that only the user may have. All transactions we perform are approved by the network and obtain a special digital signature that is binding and unchanged.
- Transaction speed - Cryptocurrency transactions are almost rapid. In the case of Bitcoin, the average transaction approval time is 10 minutes, while in the case of Ethereum new blocks are generated every few seconds, making the recipient see it at home when we make the transaction. In the case of casinos, this is beneficial because the player does not have to wait sometimes even a few days waiting for his money. A special contract may approve the payment in just a few minutes, and the funds will immediately appear on the user's private portfolio.
- Cheap transactions - The cost of the transaction is another significant positive compared to traditional payment methods. Transaction charges in cryptocurrencies are only a few cents and it is irrelevant what amount the user wants to pay.
If cryptocurrencies in casinos This is a topic that interests you, we recommend you to your attention ten entry.
As you can see the development of technology and the possibilities it generates are amazing. The future of gambling and not only can be determined only in bright colors. The year 2023 can be groundbreaking in many respects, it is incredibly inspiring and interesting what the future can bring. Soon we will be able to sit at the poker table in Las Vegas, actually being in your apartment in Australia. New technologies that we meet today, as well as those that will reveal themselves over the coming years will make us completely change our approach to online gambling as we know today.


A news release from Brookhaven National Laboratory notes that scientists around the world access the Archive to immediately find out about new developments and directions in research, without having to wait for these to appear in a hard copy journal. Posting on the Archive serves authors as an adjunct or an alternative to publication in a traditional physics journal. Created in 1991 by Los Alamos physicist Paul Ginsparg and known informally as XXX (after the original web site at xxx.lanl.gov), the Archive presently contains over 100,000 papers in physics and related fields. It operates with support from the US National Science Foundation, Los Alamos National Laboratory, and the US Department of Energy. To speed and facilitate access, the Archive is already mirrored at 14 sites around the world.
The electronic mirror of the Los Alamos e-Print archive, newly established by the American Physical Society and Brookhaven National Laboratory can be
accessed at either http://xxx.aps.org or http://xxx.bnl.gov/.
Source : GNET. January 5, 2000


RSVT8 - Fence Volt Meter
The RED SNAP'R Voltage Tester is easy to operate and specifies the output of a controller or the voltage of an existing fence line. Used to determine whether an energiser or fence line is providing adequate voltage to control livestock. The tester will read and indicate eight different voltage levels, ranging from 600 to 7,000 volts, with a series of neon lights.
IF PURCHASING A FENCE DOCTOR BY ITSELF, AT CHECKOUT PLEASE CHOOSE THE FENCE TESTER ONLY OPTION IN 'CALCULATE SHIPPING' TO TAKE ADVANTAGE OF THE REBATED SHIPPING CHARGE FOR THIS ITEM.


Updating electrical in the home
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All of the resources included in this toolkit are provided by ESFI at no cost.
The Home Fire Safety Checklist is a convenient tool for giving your home a fire safety "check-up." While the Emergency Information Sheet and Smoke Alarm Maintenance Calendar are handy reference tools.
Families and caregivers are encouraged to help older adults review this safety information and/or perform their smoke alarm maintenance activities and home fire safety check-ups.
You will never get a machine when calling our office; a friendly voice will always be there to assist you.
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Hard to find reviews on micro atx though it seems, anyone got any experience with micro atx and overclocking?It's easily the best mATX 939 board out there for overclocking, loads of options including memory dividers, multiplier options, full control of RAM timings, Vcore and RAM voltages.
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Serverboard - Advantech
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How Does Artificial Intelligence (AI) Impact Healthcare?
From drug development and clinical research to diagnosis and therapy, artificial intelligence (AI) is quickly changing the healthcare sector. AI has immense promise in the healthcare industry and has the power to completely transform the way healthcare is provided by improving its accuracy, personalization, and efficiency. The potential for AI in healthcare to deliver more individualized and effective care, enhance patient outcomes, and lower healthcare costs are tremendously exciting. In order to safeguard patient safety and preserve patient privacy, it’s crucial to make sure AI is utilized ethically and responsibly.
Huge volumes of medical data, including patient records, genetic data, and medical imaging, may be analyzed by AI algorithms to find trends and offer more precise and individualized treatment choices. By offering more accurate and fast diagnoses, lowering medical mistakes, and optimizing treatment regimens, AI may assist healthcare practitioners in making better decisions and improving patient outcomes.
AI has transformed the medical field in numerous ways in 2023. It has improved diagnostics and treatment outcomes, enabled personalized medicine, enhanced patient care, and facilitated the development of new drugs and therapies. Therefore, it is crucial to continue investing in AI research and development, promoting transparency and accountability, and engaging in responsible AI governance to ensure that AI continues to benefit the medical field and society as a whole.
Benefits of AI in Healthcare & Medicine:
Automation of procedures and analysis of vast patient data sets to deliver better care more swiftly and affordably are just two benefits of integrating AI into the healthcare ecosystem. To reduce the strain on healthcare providers and eventually save them money, AI can automate administrative chores like pre-authorizing insurance, tracking down outstanding invoices, and preserving records.
The healthcare ecosystem can identify the most important patient care areas that need improvement because of AI’s capacity to analyze massive data sets, and the consolidation of patient insights can result in predicted advantages.
Here Are Some of The Benefits of AI in Healthcare:
Disease Detection and Diagnosis:
AI algorithms can examine a significant quantity of medical data, including patient records, test findings, and photographs of the patient, to find early indications of illnesses that may be hard for human healthcare practitioners to find. Early detection can result in earlier diagnosis, better treatment, and better patient outcomes.
AI in healthcare can speed up the drug discovery process and assist researchers in identifying prospective medication candidates. By analyzing large datasets of biological and chemical data, AI algorithms can predict the efficacy and safety of potential drugs, reducing the time and cost of developing new treatments.
AI algorithms can analyze patient data, such as medical history, lifestyle factors, and genetics, to develop personalized treatment plans. This individualized strategy may result in more successful treatment results and improved patient quality of life.
This can free up healthcare professionals to focus on providing quality care to patients. AI-powered virtual assistants can aid healthcare workers with administrative duties, including appointment scheduling, keeping patient information, and answering patient questions.
Medical Imaging Analysis:
AI algorithms can analyze medical images, such as X-rays, CT scans, and MRIs, to identify abnormalities and assist in the diagnosis of diseases. This can lead to more accurate and timely diagnoses, reducing the need for invasive procedures and reducing healthcare costs.
Clinical Decision Support:
AI algorithms can provide clinical decision support to healthcare professionals, suggesting treatment options based on patient data and medical knowledge. This can help healthcare professionals make more informed treatment decisions, reducing the risk of adverse events and improving patient outcomes.
Robotics in healthcare refers to the use of robotic technology in medical and healthcare settings to assist in patient care, surgeries, and other medical procedures. Robots are used in healthcare to perform tasks that are repetitive, dangerous, or difficult for humans to accomplish. These robots can be teleoperated by a human operator or operate autonomously.
Improved Diagnosis and Treatment:
AI algorithms can analyze vast amounts of medical data, including patient symptoms, medical images, and genetic data, to provide more accurate and personalized diagnosis and treatment options.
Enhanced Patient Care:
The use of AI in healthcare can help doctors and nurses monitor patients more closely and provide more personalized care. AI-powered chatbots can provide 24/7 support for patients, helping to answer questions and provide basic medical advice.
Early Detection with AI:
Early detection of critical diseases is critical to ensure the best possible outcome for patients. The earlier a disease is detected, the higher the chances of successful treatment and the better the quality of life for the patient. Artificial intelligence (AI) is increasingly being used to aid in the early detection of critical diseases. In this blog, we will explore the power of AI for early critical disease detection and how it is transforming the healthcare industry.
AI in healthcare provides a powerful tool to analyze vast amounts of data and identify patterns that are not immediately noticeable to human healthcare professionals. In healthcare, AI can be used to detect critical diseases such as cancer, heart disease, diabetes, and Alzheimer’s disease. AI algorithms can analyze medical images such as CT scans, MRIs, and X-rays to identify signs of cancer. AI can also analyze blood tests to detect early signs of heart disease and diabetes. Here are some of the ways AI is already making an impact in healthcare:
Early Detection of Heart Disease:
Heart disease is the leading cause of death worldwide, and early detection is crucial for managing the disease effectively. AI can be used to analyze medical images such as CT scans, MRIs, and echocardiograms to identify signs of heart disease. AI can also analyze blood tests to detect early signs of heart disease, such as high levels of cholesterol or triglycerides.
In one instance, the University of Nottingham researchers utilized AI to examine CT images of patient’s hearts. The AI algorithm identified signs of heart disease with 87% accuracy, compared to 70% accuracy in human experts. Early detection of heart disease using AI can lead to better treatment outcomes and prevent serious complications such as heart attack or stroke.
Early Detection of Diabetes:
Diabetes is a chronic condition that affects millions of people worldwide, and early detection is crucial for effective management. AI can be used to analyze blood tests to detect early signs of diabetes, such as high blood glucose levels. AI algorithms can also analyze patient data, including demographics, medical history, and lifestyle factors, to predict the likelihood of developing diabetes.
One example of AI’s use in diabetes detection is the DeepHeart algorithm. Researchers at Stanford University developed the DeepHeart algorithm to analyze data from wearables, such as smartwatches, to detect early signs of diabetes. The algorithm can analyze heart rate, physical activity, and other data to predict the likelihood of developing diabetes with 85% accuracy.
Early Detection of Alzheimer Disease:
Millions of individuals throughout the world suffer from Alzheimer’s disease, a progressive neurological illness. For the disease to be effectively treated and managed, early Alzheimer’s disease identification is essential. To find early indications of Alzheimer’s disease, AI may be used to analyze patient data such as brain scans.
One example of AI’s use in Alzheimer’s disease detection is the use of machine learning algorithms to analyze MRI scans. Algorithms have been created by researchers that can spot small alterations in the structure and function of the brain that might be signs of Alzheimer’s disease in its early stages.
The Future of AI in Healthcare:
Future healthcare options will be significantly impacted by AI. It is the key capacity driving the creation of precision medicine, which is universally acknowledged as a critically needed improvement in healthcare. Precision medicine is primarily enabled by machine learning. We anticipate that AI will eventually be able to excel in that field as well, notwithstanding the difficulties encountered in early attempts to provide diagnostic and treatment suggestions. The majority of radiology and pathology pictures will probably be reviewed by a machine at some point, given the tremendous advancements in AI for imaging analysis. Already used for interacting with patients and recording clinical notes, speech, and text recognition will become more prevalent.
With the potential to deliver more individualized and effective care, enhance patient outcomes, and lower healthcare costs, artificial intelligence in healthcare has a very bright future. In order to safeguard patient safety and preserve patient privacy, it’s crucial to make sure benefits of AI in healthcare are utilized ethically and responsibly.
Healthcare workers will be able to analyze massive volumes of data quickly and precise thanks to artificial intelligence (AI), which might lead to more precise diagnoses, individualized treatment regimens, and better patient outcomes. However, there are also several challenges and limitations to the benefits of AI in healthcare that need to be addressed, such as data quality, ethical concerns, limited availability, and regulatory frameworks. Despite these challenges, AI in healthcare has the potential to revolutionize the healthcare system and improve the lives of millions of patients worldwide.Early detection of diseases such as cancer, heart disease, diabetes, and Alzheimer’s disease using AI can lead to more accurate diagnoses, personalized treatment plans, and improved patient outcomes.


Testing article with footnote linked
HONOLULU (HawaiiNewsNow) 1 - The Subaru Telescope on Mauna Kea captured video last week of a mysterious light over Hawaii. And it wasn’t a bird, plane … or UFO. Turns out the so-called “flying spiral” is actually a new satellite that was launched earlier that day by SpaceX. SpaceX sent a Global Positioning Satellite into space for the U.S. Space Force on Wednesday. On Jan 18, 2023 (HST), the Subaru-Asahi Star Camera captured a mysterious flying spiral over Maunakea, Hawai`i.


Using Apples iOS simulator 9to5Mac have found out that iOS 6 is capable of scaling its home screen display to the resolution of 1136×640 which is larger that the current resolution of the iPhone 4S at 960×640. The resolution that the iOS 6 simulator generates with the current rumours of a larger screen on the next iPhone shows some promise that this could be the case. When the iOS 6 simulator is used and a resolution that is not 1136×640 is not selected the simulator cannot automatically scale the home screen. When the iOS simulator is used and the resolution is not 1136×640 is selected the simulator goes into a iPad style home screen layout which is different form the iPhone style home screen layout.
Thanks to some tweaks to the iOS Simulator application that is included in the iOS development tools, we were able to run the simulator at the rumored next-generation iPhone display resolution of 640 x 1136. We did this running both the current public release of iOS 5.1 and the upcoming iOS 6.0 The iOS 5.1 simulator displayed the home screen with a stretched set of four rows of icons. On the other hand, iOS 6 displayed five complete rows – as our sources said Apple was testing for taller iPhone displays.
The image above shows the scaling ability of the iOS 6 and in turn iOS 6, the images also shows how the larger screen will compensate for more icons without a squeeze like effect. The current screen resolution of iOS 5.1 allows for 16 apps on a home page plus the apps in the dock, with iOS 6 with a larger display it will be allow 20 apps plus the apps in the dock to be displayed. The iPhone 5 and iOS is expected to be announced at the end of this months or early September with the release of the iPhone a few weeks later.
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