- Do Apple watches work with Samsung’s?
- What is the best Android smartwatch 2020?
- What is the best inexpensive smart watch?
- Can I charge my Samsung watch with my phone?
- What is the best knock off Apple Watch?
- What Android watch is comparable to Apple Watch?
- What’s the best smartwatch 2020?
- What is the closest thing to an Apple watch?
- Is there a new Samsung watch coming out in 2020?
- Can I charge my Galaxy watch with my phone?
- Is there a smartwatch better than Apple Watch?
- What smartwatch is better than Apple Watch?
- Will an Apple watch charger charge a Samsung watch?
Do Apple watches work with Samsung’s?
Best answer: No.
While you can use a cellular Apple Watch while using an Android phone, the watch won’t pair to the phone, so they won’t exchange data.
You’ll also probably get terrible battery life..
What is the best Android smartwatch 2020?
Samsung Galaxy Watch 3. The best of the best. … Samsung Galaxy Watch Active 2. Samsung takes second spot too. … Fitbit Versa 2. Fitbit’s latest and best smartwatch. … Fossil Sport. Fossil takes position four. … TicWatch E2. A Wear OS watch you’ve probably never heard of. … Fitbit Versa Lite. … Honor Magic Watch 2. … TicWatch Pro.
What is the best inexpensive smart watch?
Best Cheap Android Smartwatches 2020Best Overall: TicWatch S2.Best Value: TicWatch E2.Best for Athletes: Michael Kors Access Gen 4 MKGO.Best for Men’s Fashion: Fossil Gen 4 Explorist HR.Best for Women’s Fashion: Michael Kors Access Sofie.Best Compact Design: Skagen Falster 2.Best Improvement: Moto 360 (3rd Gen)
Can I charge my Samsung watch with my phone?
With the new Wireless PowerShare feature, your phone can reverse wireless charge another phone, watch, or Galaxy Buds. All you need to do is place the two devices together. Note: Wireless PowerShare works with most Qi-Compatible devices.
What is the best knock off Apple Watch?
VERYFiTEK IWO 8 Pro SmartwatchVERYFiTEK IWO 8 Pro Smartwatch – Best Apple Watch Clone VERYFiTEK IWO Pro Smartwatch is one of the best fake apple watch and the cheap alternative on Aliexpress. With most of the features of good smartwatches, it is compatible with most of the smartphones with IOS and Android operating systems.
What Android watch is comparable to Apple Watch?
Best Apple Watch Alternatives in 2020Best Overall: Samsung Galaxy Watch Active 2.Best Value: Fitbit Versa 2.Best Style: Michael Kors Access Bradshaw 2.Best for Runners: Garmin Vivoactive 4.Best for Casual Use: Skagen Falster 3.Best on a Budget: AmazFit Bip.
What’s the best smartwatch 2020?
The best smartwatches you can buy todayApple Watch Series 6. The best smartwatch overall. … Samsung Galaxy Watch 3. The best smartwatch for Android users. … Fitbit Versa 2. The best Fitbit smartwatch. … Apple Watch SE. The new mid-range Apple Watch. … Samsung Galaxy Watch Active 2. … Apple Watch 3. … Garmin Vivoactive 4. … Amazfit Bip.More items…•
What is the closest thing to an Apple watch?
The top 10 alternatives to the Apple WatchSamsung Galaxy Watch Active. While Apple might have the most popular smartwatch with the Apple Watch Series 5, not everyone wants to join that ecosystem. … Fossil Sport. … Fitbit Versa. … Huawei Watch 2. … Withings Steel HR Sport. … Ticwatch E2. … Garmin Venu. … Garmin Vívoactive 4/4S.More items…•
Is there a new Samsung watch coming out in 2020?
Original article: August 5, 2020 at 10:00 AM ET: It’s been a couple years since Samsung released its first Galaxy Watch….Samsung Galaxy Watch 3 specs.Samsung Galaxy Watch 3Battery45mm: 340mAh 41mm: 247mAh WPC-based wireless chargingProcessorSamsung Exynos 9110 Dual-core, 1.15GHzRAM1GBStorage8GB8 more rows•Aug 17, 2020
Can I charge my Galaxy watch with my phone?
Any device – smartphone or wearable – that supports Qi wireless charging can be charged with the Galaxy S10 devices. This includes Apple iPhones from the iPhone 8 and newer, any Android device with wireless charging, as well as Samsung’s new Galaxy Buds, Galaxy Watch Active and Galaxy Watch.
Is there a smartwatch better than Apple Watch?
PREMIUM PICK: Samsung Galaxy Watch3 Samsung just released the Galaxy Watch3, and it surpasses the Apple Watch in a couple of key areas. The watch’s “wellness” features track key metrics like steps, calories burned, heart rate, and sleep to give you a clearer picture of your health.
What smartwatch is better than Apple Watch?
Fitbit Versa 2 A third attempt at the smartwatch from Fitbit has seen the brand create one of its best devices in years. The Fitbit Versa 2 is slimmer and smaller on your wrist than an Apple Watch and offers a lot of great fitness features including swim tracking as well as HIIT coaching.
Will an Apple watch charger charge a Samsung watch?
As noted earlier, the Watch charging post is Apple MFi certified (necessary to create the electronic handshake with a tiny authentication chip in a watch), so it only works with the Apple Watch (all series). It won’t charge an Android-based watch (or the Samsung Gear S3 Frontier we had in hand – we tried).


How to check Internet speed in Linux machine ?
Their is a question arise why we are checking the internet speed, so here is the answer:
–>To optimise the speed for the resources which we are utilising so that we can give the optimum speed for the resources which it requires.
–>To increase the bandwidth so there must not be any hindrance in uploading as well as downloading.
Step1:- First install wget on linux machine.
# yum -y install wget
Step2:- download network tester tool using this command
# wget https://github.com/ddo/fast/releases/download/v0.0.4/fast_linux_amd64 -O fast
Step3:- give execute permission to download fast file using
# chmod +x fast
Step4:- run fast file to test speed


TaoTronics PTC Ceramic Space Heater 1500W Portable Tower Heater with 65° Oscillation
- Energy-Saving ECO Mode: Automatically adjusts heating mode based on the ambient temperature – this room heater saves your electric bill while keeping you cozy
- Fast & Efficient Heating: Electric heater adopts ceramic heating elements to quickly heat up to 70°F and rated power up to 1500 watts for warmth in a few seconds; 2 heating modes – High mode(1500W) and Low mode(900W) – to choose based on your needs
- Multiple Safety Features: Built-in overheating and tip-over protection sensors, plus V-0 flame retardant material rating, 12hr timer, and 24hr auto-off work together for a much safer personal heater (please use with a wall socket instead of a power strip)
- 20% Wider Heating Range: With far-reaching 65° oscillation, this space heater for indoor use heats from side to side to increase the heat distribution range by 20% for even warmth
- Handy Remote Control: Control all the settings and directly view the current setting on the ceramic space heater LED display without getting up
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The past decades have witnessed the emergence of new technologies that enable storing large amounts of digital data. This capacity, together with the development of highly-efficient compression algorithms, has given us storage possibilities that could only be dreamt of by an average user just a few years ago. A modern computer is now capable of keeping enormous quantities of media information, almost as much as a radio station could store in the past.
Managing so many audio files can become a real challenge if you are one of those people who like to keep their computer “clean” and use disk space efficiently. The task becomes harder if we take into account that the same song may come under different names, tags, file sizes or bitrates.
Instead of just checking file properties, Audio Comparer actually “listens” to audio files and compares them to give you a list of duplicates. Its interface is quite easy, but the developers have made it even easier with a wizard. You can tell the program where to look for duplicates and select one from two comparison modes: searching for exact duplicates and similar audio files. When tested with a large music collection of 18447 files, the software managed to accurately identified 174 duplicates.
The results page shows the items and lets you play them, which is quite useful if you do not trust the software enough and want to check the duplicates before erasing them. It will also help you decide on the version you want to keep. The search process is not fast but that is quite understandable since this software is not just checking file info but listening to the music, as well.
- Actually "listens" to audio files
- Very accurate results
- None found


Investigators of the Center for Neurogenomics and Cognitive Research (CNCR) want to understand how events at the synaptic and cellular levels are involved in behaviour. Electrophysiological recordings and imaging from single neurons are combined with analysis of the activity in networks of neurons in relation to animal-behavior. By using molecular interventions and assessing the consequences at different levels of organization, an understanding of the causal relationships is obtained between activity of synapses, neurons, neuronal networks, and cognitive behaviour.
Brain disorders are currently associated with a loss of synaptic plasticity and connectivity in neuronal networks. They are characterized by morphological changes in neurons and synaptic functioning. Photonics technology is used to visualise these neurons and related neurotransmitters. Optogenetics is used to detect the relation between synaptic dysfunction and animal behavior.
Life cell Imaging
Our facilities include an in vitro imaging platform and an in vivo animal model imaging platform with a focus on developments in high spatial resolution, deep tissue penetration, video imaging rates and intrinsic markers. Laser systems are used, aimed at photo-detections of neurotransmitters, involved in various neurological disorders. With this technology, cortical networks can be mapped on a (sub-) cellular level without photo-toxicity.


Key Research Directions
The Faculty of Science of Palacký University is involved in research in the field of natural sciences, where it successfully develops new knowledge and applications, especially in mathematics, physics, chemistry, biology, earth sciences and environmental sciences. It is often an interdisciplinary type of research, not only across the faculty's fields but also across other parts of the university. A great emphasis is placed on cooperation at national and international level. The Faculty of Science can thus be proud of its participation in international consortia, such as CERN-ATLAS, Pierre Auger Observatory, CTA, FAST, or the creation of joint workplaces with institutes of the Czech Academy of Sciences.
Scientific papers from the Faculty of Science are widely published in top scientific journals belonging to prestigious publishing houses, such as the American Chemical Society, Elsevier, Wiley or Nature. The list of 6,600 Highly Cited Researchers from more than 60 countries of the world, according to Clarivate™ 2021, also includes the name of expert in the plant hormones analysis Ondřej Novák from the Laboratory of Growth Regulators, which is a joint workplace of the Faculty of Science and the Institute of Experimental Botany of the Czech Academy of Sciences. In 2022, Professor Radim Filip from the Department of Optics received the František Běhounek Award at the Wallenstein Palace of the Senate of the Czech Republic. This prestigious award is intended for scientists who have contributed to spreading the good name of the Czech Republic in European research and development.
Research in various areas is traditionally supported by grant agencies for basic research, such as the Czech Science Foundation, or research directed towards cooperation with the commercial sector and the transfer of research results into practice, which includes in particular the Technology Agency of the Czech Republic. To a large extent, the faculty is also involved in calls for proposals announced by the Ministry of Education, Youth and Sports. Within the international projects, the faculty tries to participate in calls under the Horizon 2020 programme, either as coordinators or partners. An example of the development of international cooperation within this programme is the NONGAUSS project, which focuses on collaboration in the field of theoretical non-Gaussian quantum physics with scientific colleagues from the Sorbonne University in Paris and the Technical University of Denmark in Lyngby. The results of the joint research should find future applications, for example, in the design of high-performance computers or in telecommunications. Another example is the ADAPT project, which aims to identify the molecular mechanisms by which potatoes can adapt to combined environmental stresses.
Students at all levels of study are heavily involved in research. Their results are recognized in various national and international competitions, such as the Laurus Award, Award of Spectroscopic Society of Jan Marek Marci, Jean-Marie Lehn Prize, etc. A number of Ph.D. students can boast of having received scholarships at prestigious universities such as Cambridge – UK, ETH Zurich – Switzerland, Max Planck Institute – Germany, or CERN Geneva – Switzerland. They are also often co-authors of published scientific papers.
Research in mathematics focuses on theoretical and computational analysis of mathematical models, development of structural theory of algebraic and geometric systems, and the use of mathematics and statistics in data processing from a wide range of applications. Active research is conducted in the field of differential equations and dynamical systems, applied statistics, data optimization and approximation, differential geometry, or multivalued and quantum logic. In computer science, research is focused on algorithms for challenging problems, computational complexity problems, logic, artificial intelligence and new methods for analysis and processing of relational data. In these areas, our departments are among the leading workplaces on an international scale.
In the field of physics, theoretical and experimental research is carried out in four complementary departments. Researchers at the Department of Optics investigate a wide range of topics in classical and quantum optics and light-matter interaction. These include for instance optical quantum information processing, quantum interaction of light with ensembles of neutral atoms and trapped ions, quantum measurement and tomography, quantum optomechanics, optical super-resolution, spatial light modulation, advanced microscopic methods, or Raman spectroscopy and optical activity. The Department of Experimental Physics has long been devoted to nuclear spectroscopic methods, including Mössbauer spectroscopy, synthesis and characterization of nanomaterials, electron lithography, image information processing, metrology, numerical simulations of physical processes and design of measurement systems. It also offers the study of didactics of physics. The Joint Laboratory of Optics concentrates its research on applied optics, quantum and nonlinear optics and wave optics. Local researchers develop special all-sky cameras and mirrors for telescopes for observatories monitoring the passage of energetic particles through the Earth's atmosphere. They also participate in the ATLAS-CERN project for the study of elementary particle interactions. The Department of Biophysics investigates the role of reactive oxygen species in living systems, the structure-function relationship of protein complexes, biophysical aspects of plant physiology and molecular and cellular pharmacology.
Research in the field of Chemistry is oriented in several directions. One area of research is the development of methods for the preparation of advanced chemical compounds, conjugates and materials, with emphasis on potential applications in the form of drugs with antitumor, antibacterial, antituberculotic, antileishmanial or antiradical activity. Alongside the work in the laboratory, attention is also paid to the use of so-called computational chemistry, where the interactions of various drugs with DNA or cell membranes can be studied using modern computational methods. In addition to medically oriented projects, the focus is also on applications in agriculture or industry closely linked to the development of new materials and technologies, for example in the field of the environment and carbon-neutral energy. Thus, the chemistry departments also focus on the development of new catalysts based on inorganic and organic compounds, which can be further anchored on various polymer supports and nanomaterials. In another area, the optical and magnetic properties of substances that can be used as storage media or sensors are being studied. A significant part of the research is also carried out on living organisms at the molecular level, where the laws of metabolism, developmental processes, defence mechanisms and stress factors are revealed, also using interactions of inorganic or organic low molecular weight compounds, advanced conjugates or nanomaterials. This knowledge is further applied in the breeding of new plant varieties, in the control of parasites and infectious diseases of bees, and in the development of new advanced biotechnological methods. Pushing the limits of research is inherently linked to the development of new analytical methods. Above all, chemical and physical processes useful for the analysis of chemical compounds are being studied. These findings are used to construct new analytical instruments in the field of mass spectroscopy or microscopic imaging methods. Analytical methods are further applied, for example, to the measurement of pharmaceutical samples, disease markers, metabolites, drug detection, and analysis of archaeological samples and works of art.
Biological and ecological fields encompass a wide range of research directions with interdisciplinary overlap. Botanists are dedicated to taxonomy and ecology of plants, algae and cyanobacteria, biotechnological applications, plant genetics or the influence of stress and pathological factors, and research on the gene pool of selected groups of cultivated plants progenitors. Zoologists show excellent results in the field of speciation and hybridization, diversity and phylogeny of beetles and Hymenoptera, evolution of nest parasitism and biodiversity, phylogeography and pathogens of herpetofauna. In the field of ecology and the environment, research is being developed on the population dynamics of mammals, landscape ecology and processes in agricultural landscapes and soils, and in the conservation biology of invertebrates. Cell biologists and geneticists study the mechanism of action of foreign substances on the human organism, inter-drug interactions and antitumor and anti-inflammatory effects of metabolites of the human intestinal microbiome. They also focus on the identification of unknown natural compounds and the preparation of new compounds useful for the therapy of serious human diseases; in particular, they focus on regulatory enzymes from the group of protein kinases. Important are also works on plant hormones and their functioning at the molecular and cellular level. New derivatives generated in the field of natural substance and growth derivatives biology based on knowledge of physiological processes in plants find numerous applications in plant tissue cultures and in sustainable agriculture.
Earth Science researchers work on multidisciplinary projects in a wide range of geographic, geological and environmental disciplines, supported by geographic information systems. The main research directions include the study of the spatial distribution of ecosystems and landscapes on the Earth's surface and the interaction between them, as well as environmental contactless landscape monitoring and modelling of geographical phenomena in a GIS environment, the relationship between humans and the natural environment, development geography, geographical aspects of population migration and mobility, and research on sustainability indicators. Geographers deal with the regional delineation and spatial interactions, issues of urban climate and green infrastructure in cities, renewable energy sources, spatial perception and historical landscapes. Geoinformaticians are among the domestic leaders in atlas cartography, and they also work on ecosystem services modelling, advanced applications of 3D printing, and research on map reading using eye-tracking technology, which is based on the principle of tracking human eye movements. For geologists, research on sedimentary rocks as an archive of information on climate, surface geological processes and pollutant transport is a key topic. Other areas of geological research include the application of mineralogy and petrography in archaeology and regional geological research, economic geology and geophysical research, and the emerging field of natural hydrocarbon deposits. Experts from the Department of Development and Environmental Studies focus on the issues related to all three pillars of sustainable development within the Czech Republic and abroad (ecological, economic and social pillars). The department's research directions include the analysis of development assistance and measurement of sustainable development, development of geo-participatory spatial tools, and projects examining biocultural diversity and ecosystem services of forests in the context of a changing climate. The results of basic and applied research in the multidisciplinary field of Earth Sciences are regularly published in prestigious scientific journals, at international conferences and in the form of professional monographs.


© 2023, BuiltforCanada.ca is administered by the Canadian Telecommunications Association
Wireless communications have become an integral part of Canadians’ lives. Whether to stay in touch with family and friends, consume content, or work while on the move, wireless communications have become indispensable for most Canadians.
This is no accident, as Canadians’ use of wireless communications has been fueled by some of Canada’s greatest innovators and most successful companies, whose efforts to deploy world-class wireless services across our vast nation have made Canada a leader in wireless and home to some of the most advanced wireless networks in the world.
As well, there have been many other innovations by Canada’s internationally respected technology sector, academic institutions, and wireless service providers. Together, Canada’s wireless industry has transformed the way people interact with the world and provides the foundation which enables Canada’s mobile digital economy.
And the future looks even brighter. We are at the dawn of an exciting wireless revolution as Canada’s wireless industry prepares to introduce to Canadians the next generation of wireless networks and services, known as fifth generation or 5G. 5G is revolutionary and will further transform the way Canadians interact with the world. It will not only enhance current uses of mobile communications but pave the way for new digital and data-driven businesses and services, continuing the Canadian wireless industry’s profound contributions to Canada’s economy and the social fabric of the country.
Our facilities-based wireless operators – the operators that have provided the investment necessary to build Canada’s wireless infrastructure – are Canadian owned and are focused on providing Canadians in all regions of the country with the best wireless networks in the world.
In doing so they have made the wireless industry one of the most important industries in Canada. Virtually every sector of our economy relies on Canada’s wireless industry for its continued growth and success. Future Canadian innovation and investment in wireless will transform the way we work and live, and will fuel innovation and economic growth in ways currently unimaginable.
Canadian leadership, Canadian innovation, Canadian wireless – built for Canada by Canadians.
For more information on 5G wireless, please visit www.5gcc.ca


No, you cannot as the sensor in the Nordlux lamp does not have an extra connection.
It is only the Nordlux lamps where the sensor is equipped with adjustment buttons/screws that can be adjusted, which is stated in the accompanying instructions.
Yes, at the moment two of our lamps have that feature, Tin and Sidney, where you can adjust these setting manually:
1. Time; how long you want the light on
2. Light level; when the light should turn on in relation to the daylight
3. Sensitivity; when the sensor should activate in relation to the distance to the shape in movement.
All these things are further described in the technical descriptions in the manual based on these types of lamps, the other types of sensors have a preset parameter that is set automatically. It will also be stated in the lamp description under the product how this works.
Try to turn the lamp on and off 2 times quickly. If this does not remedy the problem the sensor may be defective.
There are several different sensor types, but the most commonly used sensor types in connection with lighting are either a so-called PIR sensor (Pyroelectric Infrared Sensor) or a Microwave sensor.
The first-mentioned sensor type senses when a warm object (human or animal) moves in the sensor’s area. When the sensor is activated the light will turn on for a period that is predetermined (set) or you can decide the interval / set how long you want the lamp to be turned on after the sensor has registered people or animals in the area.
The sensor’s area is stated on the user manual or on the packaging.
The microwave sensor sends out microwaves which are thrown back to the sensor (like an echo sounder) when they hit an object that is moving within a given range. When the waves are registered by the sensor the lamp turns on for a period that can also be set to a determined period of time.


It seems like nowadays artificial neural networks are responsible for almost everything: they search for the best restaurants in town, set plane ticket prices, translate texts into foreign languages, help drive cars, switch on that favorite song on a smart speaker, and complete all manner of other tasks. That’s why it’s no surprise that such an important sphere as identity verification couldn’t help but fall under artificial intelligence’s (AI) power. All major tasks, like document or biometric recognition, verification against specific parameters, liveness checks, and much more, are delivered by machine learning (ML) algorithms and numerous neural networks that are backed up by ML tools. And due to this, it takes seconds, instead of hours of tedious manual identification.
Neural networks mimic the human brain, and just like the brain, their volume is predominantly huge. The majority of neural networks take megabytes of memory. This isn’t an issue when we speak about server solutions, as the capabilities of servers to store stuff are pretty impressive. But when it comes to mobile or embedded solutions, size matters.
Imagine, you need to enable identity verification on a smartphone. Let’s say it will be a type of facial recognition technology. A user opens an app, takes a photo and—voilà—gets approval to access a product or service. Sounds easy, right? However, such speedy face detection, recognition and face quality verification requires around 20 neural networks (or more), as it includes multiple parameters to check and validate. And you are lucky if each of these networks weighs circa two megabytes. A simple multiplication shows that in this case you’ll need about 40 megabytes of a smartphone memory dedicated to store neural networks of a single app. Since an average user in the USA, for example, interacts with over 46 applications per month, such an approach is definitely unpromising.
Still, you know for sure that mobile identity verification is a real thing. Then, how do they manage to fit all those ML capacities into a limited smartphone storage space? The answer is in compressing neural networks. To get the point, you may compare it to archiving a large photo album. However, with neural networks the process is more complicated and the results differ depending on which compression techniques are used. But let’s start from the beginning.
To properly fulfill their functions, neural networks are being trained for some time. Just like in a human brain, the neurons that comprise a network signal to each other and process input data to provide the required output. For instance, to be able to prove someone’s identity via face matching, a neural network has to learn to differentiate millions of human faces.
Exactly as it happens in the brain, after being trained, a neural network encompasses both required and redundant neural connections. The latter either aren’t used at all or duplicate active connections. And when the training is finally complete, all those redundant connections don’t vanish, they still remain somewhere deep inside the network and add to its overall size.
Once a neural network is properly trained, here comes the next stage: finding the right balance between its efficiency and volume. It’s a crucial task as many systems where a neural network will be deployed have memory limits (and here we speak not only about mobile platforms, web solutions are memory-sensitive too).
First things first: to get rid of all the superfluous connections that a network stores inside. To delete such parameters, developers employ pruning, a specific procedure that is widely used to cut off useless neural networks’ weights (parameters). Pruning allows you to reduce the size of a neural network and elevate its inference time: as biases are being removed and neurons deleted, a network starts to respond faster, taking less time for computing and data processing. In doing so, you get an accurate and storage savvy neural network that encompasses as much device memory as it needs just for correct functioning.
As good as it sounds, pruning still is not the perfect tool to make a neural network light enough for universal usage on any given platform, including mobile ones. That is why we, at Regula stop pruning neural networks when their “capacity” and speed are the highest possible, regardless of the sizes they are of at that very moment.
When this optimal balance between efficiency and volume is found, we go on to another stage: the quantization. Technically, it’s a process of reducing the precision of the network’s weights, like replacing floating-point numbers (like 0.3333…) with integers. The point is in decreasing the variation of weights in the network, which is generally pretty high, and making them more similar to each other. Such an approach allows for a more efficient compression. The logic derives from the archivation algorithms: the lower the variation of data in a file is, the larger the compression ratio is. For example, a text file containing only one repeating letter will be compressed with a higher ratio than a file containing various letters. The same applies to compressing neural networks.
To make the quantization even more effective, we at Regula group similar weights into clusters. This clusterization leads to a significant entropy reduction. As a result, a neural network can be effectively compressed even with an ordinary archiver.
However, with quantization it’s relatively easy to lose accuracy of a network. So, in most cases, it’s a sort of trade-off between quality and size. But not for Regula.
The AI industry knows that four- or five-fold compression (generally from 32 (or a bit less) to 8 bits per a weight) by means of quantization does not have a significant impact on the accuracy and quality of neural networks. But even a five times compressed neural network won’t fit a mobile solution, at least when it comes to identity verification. You remember those 20 networks required just for facial recognition, right?
In some cases this would be the end of the story, but Regula’s disruptors have invented in-house unique methods of quantization that make ten- and fourteen-fold compression achievable with no compromise on quality. For example, Regula’s neural network that works as a face detector can be compressed by 10-12 times. And the network for checking holograms’ texture can pass through a quantization process and become 12-14 times smaller in size.
And even this isn’t the limit. Research and innovation are a never-ending process at Regula, and, for some neural networks, the company’s developers and AI experts have managed to attain the degree of compression from 23 to 32 times. This means that every weight in a network—and there are usually millions of weights in every single neural network—can be reduced from 32 bits (the maximum) to 1 bit (the minimum).
Thanks to such breakthroughs, Regula’s SDKs both for document and biometric verification can be easily embedded in any mobile solution regardless of how many neural networks they require for functioning. Moreover, new networks can be added immediately as new tasks arise due to the possibility of compressing them manifold without losing their accuracy or speed – and the impact on device or system memory will remain unnoticeable.
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Ever Wondered How to Authenticate a Banknote? Look for a Window!
The last decade has seen a massive emergence of windows in banknotes throughout the world. Transparent, translucent, with transforming or


Technology career gives a lot of professionals the opportunity to work in many industries, which includes healthcare and business. Careers in technology can be pursued in several environments.
Examples of technology careers
A bachelor’s degree is required in order to start computer programming
Computer programmers job is basically writing code to make computers,create softwares and make other applications run successfully.Top Technology companies in Nigeria
This is another technology career. This requires a Master’s or bachelor’s degree. Computer science includes the design and implementation of new softwares. Computer scientist creates new ways ad methods to computing through new technology terms and improved designs.
Database workers tend to consume large amount of data due to the nature of the job. Database managers organise and store data for later use.They also make sure that their client’s data is being managed and stored safely.The requirements for the database manager is a bachelor’s degree .
Data science uses different scientific methods to synthesize data and yield active insights.Data science includes data mining and machine learning.Entrepreneurship jobs in Nigeria
Professionals in data science are required to have a bachelor’s or master’s degree.
The requirements for data visualization is a bachelor’s degree.
This field helps organizations understand the major and important trends in data.It so allows professionals to use raw data and create a graphical representation of the research.
One among the numerous technology careers is the information systems. Entry requirement in this industry is a bachelor’s degree.
systems professionals collect and share information to several branches of a company.These professionals ask create and store digital storage systems for information.
Requirements for this profession is a bachelor’s degree.
network security professionals protect and secure the computer and network systems from different forms of virus and external attacks.These professionals also keep private data safe while maintaining security methods
This is one among the technology careers. Software engineering requires a bachelor’s degree and a knowledge of programming languages These engineers creates ways to upgrade existing software and designing of new applications to meet the changing needs of users.
Web developers at least should have an associate degree.The web development is basically about creating and designing of websites.These professionals write code to create websites and design to meet up to their client’s expectations.
10.Mobile application developer
The application developer create an app which is suitable for business,they create an app that is engaging and relevant
11.IT security specialist
Security specialist are professionals who provide a very secure IT infrastructure which can give the management peace of mind and they also convince their clients that any information they Sharee with the company will be kept safe.
12.Video game developer
Video game developer is a very unique career basically for video gamers.Thwir job is basically designing the initial games which includes aesthetics.Apart from designing games they also program and test the games to make sure they satisfy the needs of the players.
This is also a technology career. Hacking can be done legally it’s not only done illegally .Legal hacking can also be referred to as white hat hacking,it involves testing the IT security of the company’s system and evaluating it’s vulnerabilities.
14. Computer hardware engineer
This profession includes design, development and monitoring of computer hardware.This job is similar to that of electronic engineers,the difference is that hardware engineers concentrate basically on computer technology.
These professionals use available data to make decisions that have lot of information.They also collect information , experiment designs and also give reports on conclusions.The statisticians work in various sectors such as healthcare, sports, education,e.t.c
16. Computer network architect
This profession involves the designing and keepingof data communication networks.The main duties include upgrading hardware to meet the requirements of the computer network, crafting plans for data communication networks.This profession requires analytical, leaderships and organizational skills.
17. Cloud administrator
The cloud technology has lot of benefits which include improvement in collaboration and accessibility.It is necessary for organizations to have a cloud administrator for the purpose of making the best out of the person’s ability to contribute to the company’s adoption of cloud technology.The aim of the cloud technology Is making sure that the cloud platform tools are delivering the best performance without any external interruption.
18.Business intelligence analyst
These professionals job is gathering of information that an organization use in asking right decisions.They also mine data from different sources,analyze the data trends they recommend solutions and also determine the actions that the organization needs to fulfil it’s aims and objective
19. SEO consultant
The requirements of an SEO consultant is to ensure the presence of good content that ranks the clients on the first page of search engine sites.you will also need to know to optimize videos and photos to attain the top spot in search engines .
20. UX designer
This is a person who create products that provides meaningful experience to customers.The main job of UX designer is to design for a unique experience.
21. Artificial intelligence engineer
This is also known as AI. A lot of organizations are demanding AI in order to improve efficiency,cut cost and also to increase profitability.It is advisible for all companies to have a knowledgeable AI engineer in order to assist in making the AI come up with faster and better decisions.AI engineers need to have knowledge in software development,data science and data engineering.
These professionals improve the accessibility of specific products, making sure they that they are vert easy to use. They work with product, user experience and user interface designers.
This jobs requires making of products in such an accessible way to allow all users have access to it
23. Interaction designer
This is about creation of interaction between products and users This job also makes effective communication easier.
24.Agile software developer
Agile software development requires permanent development to ensure that the software doesn’t have security issues and display problems.There are several principles that guide agile software development, which includes simplicity, regular adjustments, building projects around motivated and trusted individuals, physica communication during the development of the project, and accepting changing requirements.


XR gaming technologies democratize access to immersive experiences, enabling gamers to play while on the move. Gamification elements also add depth and variety to car simulations by capitalizing on competitive components – drawing in larger audiences while expanding long-term appeal.
Automakers and video game companies share an intricate relationship, providing young car enthusiasts with their first taste of luxurious vehicles that may never leave the screen. But more is at play here.
Video games have changed the way a whole generation interacts with cars.
Video games have created a vibrant community of car enthusiasts and kept them involved with the industry. Many racing games feature models of real cars, heightening awareness of brands and encouraging gamers to purchase or lease vehicles.
Gaming technology is also revolutionizing in-car experiences. Virtual Reality (VR) and Augmented Reality (AR) provide unprecedented access to immersive virtual worlds, allowing users to step inside virtual cockpits and explore virtual vehicles in greater detail than ever before. User-friendly interfaces derived from gaming design principles make these experiences more accessible to a broader audience while increasing long-term appeal.
These technologies also facilitate new forms of in-car entertainment such as haptic gaming. At CES this year, Holoride showcased an interactive VR game where virtual motion was synced up with real world movement of their vehicle – an innovative technique which could open up an entirely new market for immersive and interactive game developers as well as allow back seat passengers to play while the vehicle is moving!
Video games have influenced the design of cars.
Video games have become an integral part of gamers’ lives, impacting how they view cars. Gaming technology has also enabled more immersive virtual environments to provide realistic car experiences to gamers – as well as advanced physics and dynamics engines which give the impression that players feel connected with the performance of each car they control.
Video game development teams have also upped the realism ante by using ray tracing technology. This enables players to experience lighting conditions and reflections more accurately than ever, leading the way to augmented and virtual reality simulations that provide even greater car simulation accessibility.
Auto manufacturers have also recognized the power of gaming technology, using it to promote vehicles and create interactive marketing experiences. Some have even partnered with game developers to feature their vehicles in popular racing games; this has had an enormous impact on brand loyalty and real-world sales as gamers who ‘test driven’ the car in game often purchase the real thing later.
Video games have influenced the technology in cars.
Game engines aren’t only used to power computer games; they’re also helping designers craft automobiles. Ray-tracing technology, commonly employed in gaming software, is now being applied to car design using tools such as Porsche’s Lucid car configurator.
Gaming fans have also demanded their cars feature user-friendly interfaces and controls similar to what are found in videogames, leading to innovations like touchscreen infotainment systems and voice command technology.
As cars evolve into mobile home theater rooms, with windows and windshields acting as screens and haptic activation in seats, video game developers may see an opportunity to expand their audience reach while expanding VR/fully immersive game markets. Holoride demonstrated at CES 2018 an application which syncs up with real world motion to deliver entertainment through virtual reality technology.
Video games have influenced the marketing of cars.
Video games provide automakers with an avenue for reaching a demographic they wouldn’t otherwise reach with traditional advertising techniques. By teaming up with video game developers, car companies can show their latest models to young viewers who wouldn’t otherwise see them advertised widely in mainstream media outlets.
Automotive and gaming industries have enjoyed a robust relationship for decades. As VR and AR evolve, gamers will become immersed in virtual driving environments; advanced haptic feedback systems will add another level of realism that adds depth to simulation experiences.
Racing video games no longer center around speed alone; instead many developers are shifting focus towards sustainability and efficiency. Nissan recently released an app called Carwings that allows Leaf EV drivers to compete against one another on driving efficiency instead of speed. They can see how far their charge went on one charge as well as energy consumption of accessories and other important metrics.


JEOL JIB 4700F Multibeam System
Institute Facility procured through MSME department JICA fund
- 4 hr4 hours
- IITH Main Road
The JEOL JIB 4700F Multibeam system is an FIB-SEM system that features a hybrid conical objective lens, GENTLEBEAM™ (GB) mode and an in-lens detector system to deliver a guaranteed resolution of 1.6nm at a low accelerating voltage of 1 kV. Using an "in-lens Schottky-emission electron gun" that produces an electron beam with a maximum probe-current of 300nA, this newly-developed instrument allows for high-resolution observations and fast analyses. For the FIB column, a high-current density Ga ion beam of up to 90nA maximum probe-current is employed for fast ion milling and processing of specimens. *Upon using this service and should the results lead to a publication you accept that you will acknowledge the user and the microscopy facility.
To cancel/reschedule, please contact us 24 hours in advance.
IIT Hyderabad, Academic Block-C, IITH Main Road, Kandi, Telangana, India


I feel the designer’s role has changed in recent years from one of creating beautiful forms or clear identification for brands, to one where the designer visualizes and awakens the hidden possibilities of an industry.
– Kenya Hara, Muji Design Director
I grew up in the 80s and 90s watching personal computers become the first technological platform to disrupt a society within a person’s lifespan. Like most people at that time, I had no idea what a big deal this was. Slow internet or no internet connection, I was still hooked.
Once computers took root in our daily lives, mobile phones became the second era of computing. These new pocket-sized supercomputers let us watch puppy videos anytime and anywhere – what could be better!


Visit the individual institute pages to view the programmes and subject areas being offered.
Aryabhatta Research Institute of Observational Sciences, Nainital: Astronomy and Astrophysics, and Atmospheric Physics.
Homi Bhabha National Institute, Mumbai
Harish-Chandra Research Institute, Allahabad: Theoretical Physics, Astrophysics
International centre for theoretical sciences (TIFR), Bangalore:Astrophysical Relativity, Data Assimilation and Dynamical Systems, Statistical Physics and Turbulence, and String theory and Quantum Gravity.
Indira Gandhi Centre for Atomic Research, Kalpakkam: Solid State Phase transformations, Superconductivity, Structure and dynamics of soft condensed matter, Band structure studies, Accelerators based Irradiation induced phenomena, Low-dimensional systems, Physics of interfaces, Nano-materials, Thin films technology and Theoretical physics
Indian Institute of Astrophysics, Bangalore: Astronomy and Astrophysics, Astronomical Instrumentation, Optics, and Atomic Physics.
Indian Institute of Science, Bangalore: Condensed Matter Physics (Experiments and Theory), Astronomy and Astrophysics (Theoretical), Atomic and Optical Physics (Experimental), Biocrystallography and Bio-informatics, and High Energy Physics (Theoretical).
Indian Institute of Science Education and Research, Mohali: Quantum Theory, Quantum Information Processing, NMR-Methodology, Optics, Statistical Mechanics, Quantum Thermodynamics, Non-linear Dynamics, String Theory, Ultrafast Physics, and Low Temperature Mesoscopic Physics.
Indian Institute of Science Education and Research, Pune: Field Theory, Theoretical Particle Physics, Condensed Matter Physics, Non-linear Dynamics, Complex Systems and Networks,
Nuclear Magnetic Resonance Spectroscopy, Quantum Information Processing, Radio Astrophysics, Atomic Physics and Quantum Optics, Energy Studies, Solar and Plasma Physics, Nanosciences,
Scanning Probe Techniques, and Semiconductor Physics and Devices.
Indian Institute of Science Education and Research, Thiruvananthapuram: Experimental Condensed Matter: Magnetic and Superconducting materials, Nanoscience and Energy materials, Photonics, Soft Condensed Matter, Semiconductor Physics and Devices, Surface Sciences and Nano-scale Plasmonics, Terahertz and Ultrafast Spectroscopy; Theory: Cosmology, Classical and Quantum Gravity, Gravitational Wave Physics, Quantum Information Theory, Quantum Field Theory, and Statistical Physics.
The Institute of Mathematical Sciences, Chennai: Theoretical Physics, and Theoretical Computer Science.
Institute of Physics, Bhubaneswar: Physics (Condensed Matter, Nuclear and High Energy Physics) and Accelerator-based Research.
Institute for Plasma Research, Gandhinagar: Physics (Experimental and Theoretical).
Inter-University Centre for Astronomy and Astrophysics, Pune: Physics, Astronomy and Astrophysics.
Jawaharlal Nehru Centre for Advanced Scientific Research, Bangalore: Experimental and Theoretical Condensed Matter Physics, Statistical Mechanics, and Materials Science.
National Brain Research Centre, Manesar:Molecular, Computaional and Systems Neuroscience. Sensory & motor systems, learning & memory, language & speech processing, functional neuroimaging: EEG, MEG, fMRI, MRS, stem cells, developmental neurobiology, neurogenetics, neurodegenerative and neurodevelopmental disorders, cancer signaling & glial tumor biology.
National Centre for Radio Astrophysics, TIFR, Pune: Astronomy and Astrophysics.
National Institute of Science Education and Research, Bhubaneswar: Theoretical High Energy Physics and Lattice QCD, Experimental High Energy Physics, Condensed Matter Physics (Theory and Experiment), Optics and Metamaterials.
Physical Research Laboratory, Ahmedabad: Theoretical Physics, Astronomy and Astrophysics, Solar Physics, Space and Atmospheric Sciences, Planetary Science and Geo-Sciences.
Raja Ramanna Centre for Advanced Technology, Indore: Lasers and their Applications, Laser Plasma Interaction, Cold Atom Physics, Condensed Matter Physics (Superconductivity and Magnetism, Crystals and Thin Films), Nanomaterials and Applications, Non-linear and Ultrafast Optical Studies, Beam Physics, and Free Electron Laser.
Raman Research Institute, Bangalore: Astronomy and Astrophysics, Light and Matter Physics, Soft Condensed Matter Physics (Liquid Crystals, Physics in Biology), and Theoretical Physics.
Saha Institute of Nuclear Physics, Kolkata: Condensed Matter Physics (Theory and Experiments), Nuclear Physics (Theory and Experiments), High Energy Physics (Theory and Experiments), Astroparticle Physics, Quantum Gravity, String Theory, Mathematical Physics, and Materials Science (Surface Science and Plasma Physics).
Satyendra Nath Bose National Centre for Basic Sciences, Kolkata: Astrophysics and Cosmology, Chemical and Biological Physics, Condensed Matter Physics and Material Science, High Energy Physics and Quantum Field Theory, Mathematical Physics, Nanosciences, Quantum Optics and Quantum Information, Statistical Physics, and Complex Systems.
TIFR Centre for Interdisciplinary Sciences, Hyderabad: Condensed Matter Physics & Materials Science of Nonequilibrium, Soft & Living matter, Fluid Dynamics, Intense Laser-matter interactions, Computational Physics, Statistical physics, NMR of Biophysical & other systems
Tata Institute of Fundamental Research, Mumbai: Astronomy and Astrophysics, Condensed Matter Physics and Material Science, High Energy Physics, Nuclear and Atomic Physics, Theoretical Physics
UGC-DAE Consortium for Scientific Research, Indore: Surfaces, Interfaces, Thin Films and Nanomaterials, Physics at Low Temperatures and High Magnetic Fields, X-ray, Optical and Electron Spectroscopic Studies Using Synchrotron and Laboratory Sources; Electrical, Magnetic and Thermal Properties of Condensed Matter; Condensed Matter studies using Magnetic Neutron Diffraction, Nuclear Technique Based Condensed Matter Physics-Positron Annihilation Spectroscopy, Mossbauer Spectroscopy, Experimental Nuclear Physics, Gamma Ray Spectroscopy of Nuclear High Spin States, and Nuclear Reactions.
Variable Energy Cyclotron Centre, Kolkata: Accelerator Physics, Condensed Matter Physics and Materials Science, Nuclear Physics (Experiments and Theory), Relativistic Heavy Ion Collisions (Experiments, Theory, QCD and QGP), and Physics of Neutrinos (Experiments).


Italian Institute of Technology, Italy
Title: Neuromorphic sensing and perception for robots
Biodata: Chiara Bartolozzi is Researcher at the Italian Institute of Technology. She earned a degree in Engineering at University of Genova (Italy) and a Ph.D. in Neuroinformatics at ETH Zurich, developing analog subthreshold circuits for emulating biophysical neuronal properties onto silicon and modelling selective attention on hierarchical multi-chip systems.
She is currently leading the Event-Driven Perception for Robotics group, with the aim of applying the "neuromorphic" engineering approach to the design of robotic platforms as enabling technology towards the design of autonomous machines.
This goal is pursued by inducing a paradigm shift in robotics, based on the emerging concept of Event-Driven (ED) sensing and processing. Similarly to their biological counterpart, and differently from traditional robotic sensors, ED sensory systems sample their input signal at fixed (and relative) amplitude changes, intrinsically adapting to the dynamics of the sensory signal: temporal resolution is extremely high for fast transitory signals and decreases for slower inputs. This approach naturally leads to better robots that acquire, transmit and process information only when needed, optimising the use of resources, leading to real-time, low-cost, operation. Chiara has participated to a number of EU funded projects, she is currently coordinating the European Training Network "NeuTouch", where 15 PhD students are studying how touch perception works in humans and animals, in order to develop artificial touch perception systems for robots and hand prosthesis. As leader of the educational activities of the coordination and support action NEUROTECH, she is co-organising the Neuromorphic Colloquium, a series of online events to build up educational material for the next generation of neuromorphic researchers.
She is an IEEE member, actively supporting the CAS and RAS societies. In 2020, she has co-chaired "AICAS2020", on Circuits and systems for efficient embedded AI.
TIMA Laboratory, Grenoble INP, Grenoble, France
Title: Designing Event-Based Electronics
Abstract: Today, the Internet and the Communication Technologies (ICT) exchange large data streams. The amount of data is incredibly huge and the future promises new data communications between humans and technological equipment such as robots, cars, planes, etc. Nevertheless, this data orgy wastes a lot of energy, which today represents more than 10% of the consumed energy in the world. Even if it exists relevant and promising solutions to reduce the amount of data by employing non- uniform and sparse sampling, it appears important to develop electronic circuits able to benefit from such sampling strategies. Therefore, event-driven (or clockless) circuits are especially attractive for leveraging from events and sparse sampling techniques. As they are not clock-driven, they do not compute an excess of data, nor produce useless computation, storage or communications. This electronics leads to more robust and power efficient circuits. The talk presents how a synchronous circuit designer can evolve to event-driven circuits by applying a set of simple ideas and differently exploiting the commercial CAD tools.
Biodata: Laurent Fesquet (IEEE M'99, S'09), received the Ph.D. degree in electrical engineering from Paul Sabatier University, Toulouse, France, in 1997. In 1995, he was a Lecturer in charge of electronics and inertial navigation systems with the French Navy Instruction Center. In 1999, he joined the Grenoble Institute of Technology, Grenoble, France, as an Associate Professor. Since 2008, he has been Deputy Director of CIME Nanotech, an academic center that supports microelectronic teaching and research activities. His research, initially focused on asynchronous circuit design, also addresses non-uniform sampling techniques in order to enhance the analog-to-digital conversion. He has also been the program chair of the two first editions of the Event-based Control, Communication and Signal Processing conference (EBCCSP) and co-general chair of the 2020 edition. His current research at the TIMA Laboratory today covers asynchronous circuit design, computer-aided design (CAD) for event-based systems and non-uniform signal processing. He is currently the deputy director of the TIMA laboratory.
Eindhoven University of Technology, The Netherlands
This keynote has been rescheduled for EBCCSP2023
Maurice Heemels received the M.Sc. degree in mathematics and the Ph.D. degree in control theory (both summa cum laude) from the Eindhoven University of Technology (TU/e), Eindhoven, The Netherlands, in 1995 and 1999, respectively. After being an Assistant Professor at the Electrical Engineering department at TU/e and a research fellow at the Embedded Systems Institute (ESI), he is currently a Full Professor in the Control Systems Technology Group at the Mechanical Engineering department at TU/e. Maurice held visiting research positions at the Swiss Federal Institute of Technology (ETH), Zurich, Switzerland (2001), at Océ, Venlo, the Netherlands (2004) and at the University of California at Santa Barbara, USA (2008). He was awarded a prestigious VICI grant entitled “Wireless control systems: A new frontier in automation,” served/s on the editorial board of the journals “Automatica” and “Nonlinear Analysis: Hybrid Systems” and as general/IPC chair of IFAC ADHS 2012, IPC chair of IFAC NECSYS 2013 and IPC-co chair of ECC 2013 next to serving in numerous IPCs. His current research interests include control theory, hybrid and cyber-physical systems, networked, wireless and event-triggered control and constrained systems including model predictive control.
Columbia University, USA
This keynote has been rescheduled for EBCCSP2023
Mingoo Seok is an associate professor in the Department of Electrical Engineering, School of Engineering and Applied Science at Columbia University since 2012. He received the BS (with summa cum laude) in electrical engineering from Seoul National University, South Korea, in 2005, and the MS and PhD degree from University of Michigan in 2007 and 2011, respectively, all in electrical engineering. He has spent about a year as a member of technical staff in the Systems and Applications R&D Center of Texas Instruments, Dallas, Texas. He has a research interest in energy-efficient and high performance VLSI circuit and system design, cyber physical systems, ubiquitous sensing and computing, and system on chip design. He received 1999 Distinguished Undergraduate Scholarship from the Korea Foundation for Advanced Studies, 2005 Doctoral Fellowship from the same organization, and 2008 Rackham Pre- Doctoral Fellowship from University of Michigan, Ann Arbor. He also won 2009 AMD/CICC Scholarship Award for picowatt voltage reference work and 2009 DAC/ISSCC Design Contest for the 35pW sensor platform design (a.k.a. Phoenix Processor). He holds one pending international patent.


Electrical energy storage is one of the biggest challenges facing generation and transport applications today.
Flow batteries are the ideal product in situations where a large storage capacity and a high supply of power are required. We collaborated on the Flow Grid and Sunflowers projects, which are led by the company Jofemar, where the goal was to design, develop, and industrialise this type of product. The result has been twofold: an electrochemical simulation method which optimises the internal processes of the battery, and a high-performance battery module which is low-maintenance, adaptable to different environments, and easy to industrialise.
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Bachelor's of Science in Geographic Information Systems + Computer Science
See the GIS+CS curriculum here.
Cloud computing, big data, and Internet of Things (IoT) have dramatically impacted use of geospatial data. The GIS+CS degree at UNT addresses these needs by producing graduates who understand the complexities of geospatial data and are able to leverage computing techniques to convert such data into meaningful information. Watch industry and university experts discuss UNT GIS+CS here.
Graduates of the program:
- Can apply geographical perspectives to contextualize and interpret complex geospatial processes captured through data.
- Have a sound understanding of computing principles.
- Have experience in programming using various languages including C++ and Python.
- Understand the complexities of using databases - a critical component of GIS.
- Have taken specialized courses, such as remote sensing, enterprise GIS, computer networks, security, data mining, graphics, and artificial intelligence.
Graduates can expect to find jobs as GIS Engineers, GIS Analysts, GIS Solutions Engineers, and GIS Application Programmers. Such positions typically tend to be part of IT/GIS departments in federal/state/local governments, real estate, logistics, retail, defense, infrastructure, energy, among others.
Students are also eligible for the GIS Certificate (here).
This degree will be active in the fall 2021 UNT Undergraduate Course Catalog.


Virtual Audio Cable 4.70 Crack + Serial Key Download Full Version 2024
Virtual Audio Cable 4.70 Crack are a range of devices for creating virtual audio playback or recording devices. So you can use it in other applications without degrading the sound quality. You can connect external devices to your computer. Become an audio or music player and create virtual instruments on your computer. You can connect this virtual device to the application of your choice. For example, you can mute everything coming from your speakers without losing sound quality.
The Virtual Audio Cable is a great tool for users who want to record audio from their computer. Basically, the program creates 256 virtual cables that you can connect to any app or program of your choice. The virtual audio cable has a unique combination of windows that may surprise users. Each time the user runs the Virtual Cable software, it displays the programs you are running. This may seem confusing at first. But when you know it’s just an ongoing program. You will get used to it. This brings me to my next point, the virtual audio cable.
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There is a learning curve for this. The main reason for this is that he walks awkwardly. Moreover, there is no clear lesson. I recommend checking out user-generated tutorials on other sites to understand the basics. Also, note that not all applications are usually compatible with virtual audio cables, nothing is allowed. Custom audio input or output does not work with virtual audio cables. Another thing to keep in mind when using a virtual audio cable is that your computer exceeds the requirements to avoid audio quality issues. The most common sounds are annoying clicking or squealing noises. I would say anything over 4GB of RAM is fine, as long as the program is not powerful.
The virtual sound card manager sends audio signals from the associated application to the audio application without affecting the signal quality. The main advantages of using virtual interfaces are hardware and digital transfer cost savings. Reduce signal attenuation or contamination problems. Sound cards can cover a lot of things. But for a VAC installation, a soundboard is a sound source with one or more outputs that can be used as a program to load your sound files. The app allows you to set keyboard shortcuts and play audio for each loaded audio file.
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One audio output is for the main speaker, while another virtual cable output lets you send audio to audio chat applications like Discord, Steam, Game Audio, and Skype. The audio repeater is primarily designed for Virtual Audio Cable (VAAC) products but can be used independently of free VAC. Eugene-muzycken allows you to convert audio inputs to other audio inputs such as Skype, applets, phones, microphones, and so on. Through the interface. This can be done by connecting the VAC device to a computer or laptop via a USB port. and then through the host computer to generate audio from your device. The app is free and has no limits. However, the software does not support some common audio formats.
The audio repeater provides a high-quality audio input/output solution. Tested on both Windows and Mac operating systems. A free trial version is available on the website and the full version can be purchased. It works fine on all windows systems. It has a simple user interface. Therefore, it can be used without technical knowledge. Like other VAC-based applications, it can output audio via VGA and HDMI. Virtual audio cables are useful for those who want video conferences, and video conference calls. And at the same time, the recording program is a good option for audio and video editing. This software is available for Windows Vista, Mac OS X, Linux, etc. You can try it by downloading and trying the free trial version. If you like, you can buy the full version of this virtual audio cable software.
- Local (console) session only (does not work on Remote Desktop or Terminal Services).
- Windows 5.x, 6.x and 10.x platforms (32-bit and 64-bit).
- Up to 256 virtual devices (some systems limit the number of MME devices).
- PCM is almost the main meaning of the format. Floating point formats are not supported.
- Almost zero with high speed/incident.
- Support for RTAudio notification events, clock and event data. The clock register is connected to the virtual line so that all streams on each line are synchronized.
- Number of core stream users connected to each port.
- The mixed signal (with saturation) of the customer’s output port.
- PCM format conversion (select level, bit rate, number of channels).
- Voice control features (both spoken and supported).
- Channel transmit/receive mode.
- Watermark controls the process to improve the stability of the application.
- Support streaming technology to partially pay for unused services.
- Console application for configuring cables and monitoring their status.
- Audio Replication software that converts from a recording to a playback device.
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Asteroid warning: NASA tracks a 4KM killer rock on approach - Could end human civilisation
AN ASTEROID capable of ending human civilisation if it hits will approach our planet in April, NASA's asteroid trackers have confirmed
The asteroid is being watched by NASA’s automated tracking systems at the Center for Near Earth Object Studies in California, US. The asteroid has been officially called 52768 (1998 OR2) and is estimated measure up 2.5 miles (4.1km) across.
An object this big could potentially spell the end of the human race if it strikes the planet.
NASA estimates the rock is heading our way at speeds of about 8.7km per second or 19,461mph (31,320kmh).
But just how close does NASA expect the asteroid to come to Earth next month?
At its closest, the space rock will approach our planet from about 0.04205 astronomical units.
One astronomical unit is the average distance from our planet to the Sun – about 93 million miles (149.6 million km).
Asteroid OR2 will drastically cut this down to just 3.9 million miles (6.29 million km) on April 29.
Nasa films mystery UFO following the International Space Station for 20 minutes
Cameras on board the International Space Station (ISS) have picked up a strange, cone-shaped object in orbit around Earth. The unexplained object seemingly keeps pace with the space station as the cameras remain locked on it for over 20 minutes. Naturally, the footage has been picked up and circulated around parts of the internet dedicated to discussing alien technology. Fanning the conspiracy flames even further, the camera zooms in on the object at one point suggesting that Nasa is aware of its presence. For the bus-sized object to keep pace with the ISS, it would need to be travelling at around 7.8 kilometers-per-second. The footage was picked up and shared on a YouTube channel called ET Data Base hosted by noted UFO-watcher Scott C. Waring ‘That is NASA zooming in on the UFO, not me,’ Waring notes of the footage. ‘They are as baffled by it as I am. They don’t know what it is or why it is there.’


Hyper threading e pipeline
Hyper pipelined technology clock is an oversimplified way of stating that you should increase the number of stages in the processor’s pipeline. Intel's hyper threading (ht) is an example of the pipeline only contains 1 thread at a time and performs a rapid context switch to another thread. Multiple threads per pipeline stage intel’s hyper-threading is a smt design hyper-threading. Hyper-threading is a technology used by some intel microprocessors that allows a single microprocessor to look like and seemingly operate like two separate.
Hinter hyper-threading steht die idee, die rechenwerke eines prozessors besser auszulasten, indem man die lücken in der pipeline. Hyper-threading (officially called the number of independent instructions in the pipeline were not optimized for hyper-threading technology (eg windows. What is the difference between hyperthreading and pipelining stalls in the pipeline there would be no need for multi-threading that they. Hyper-threading (officially hyper-threading technology or ht technology, abbreviated htt or ht) is intel's proprietary.
Hyperthreading - free download as word doc some degree of overlap in e xecuting two or more steps to develop parallel programming for a hyper threading. Primeiro ia-32 a introduzir multi-core, com dois cores físicos e hyper threading (dois processadores lógicos em cada core físico) tecnologia hyper pipeline. Introduction to hyper-threading technology (eg, return stack click the 'advance' button to move through the pipeline review hyper-threading technology. The main function of hyper-threading is to increase the number of independent instructions in the pipeline optimized for hyper-threading technology (e. Hyper-threading technology architecture and microarchitecture 4 disrupt the pipeline, eg, cache misses, interrupts and branch mispredictions, can be costly. Intel® hyper-threading technology outline • introduction • traditional approaches • hyper-threading overview • hyper-threading implementation (eg.
- Hyperthreading question the main function of hyper-threading is to decrease the number of dependent instructions on the pipeline hyper-threading.
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Hyper-threading (oficialmente chamada hyper-threading technology ou ht technology, e abreviada estas partes são conhecidas como bolhas do pipeline e. Does intel i3 6100 have hyperthreading because hyper threading makes use of the pipeline hyper threading is just a way to get more. Team starfire → hyper-pipeline vs hyper-thread uniqs hyper-threading is available on only one 533mhz p4 and that is the 306ghz one (e. Disrupt the pipeline, eg hyper-threading technology makes a single physical hyper-threading technology architecture and microarchitecture 4.


Discover the multiple benefits that make overhead cable management systems the number one choice for the telecommunication and broadband sectors.
Overhead cable management is a common solution deployed in telecommunications to transfer information through electrical signals and electromagnetic waves over significant distances.
But is an overhead cable management system right for your business? And how does it compare to an underground cable management system?
Overhead cable management helps the distribution of long-distance communications. Discover the benefits that make it ideal for the telecommunications and broadband sector.
An overhead cable management system manages overhead cables and is typically used for the transmission of information laid on utility poles, otherwise known as:
Overhead cable management helps the distribution of electrical signals and electromagnetic waves for long-distance communications.
Like other commonplace products in telecommunications, such as underground cable management and cable sealing and acoustics, overhead cable management systems remain the most popular solution for their cost-effectiveness, power supply, and distribution range.
Overhead cable management systems are ideal when the concealment of the electrical wiring is not necessary or potentially dangerous. Having cables distributing a powerful electrical supply overhead is ideal for telecommunications as it can cross long distances while supporting large amounts of power.
Some examples of multiple networks that benefit from overhead cable management systems for telecommunications include the following:
These telecom organisations must access reliable electrical signals and electromagnetic waves to supply their customers or support their services.
Overhead cable management systems are chosen above other cable management systems because they can distribute more power over longer distances while costing less to install and maintain.
Here is a list of reasons f why overhead management systems are the number one choice for most telecommunication organisations:
Overhead cable management systems are much easier to install and can run over rivers, motorways, hills, and through cities.
Compared to other telecommunication cable management systems, overhead cable management is much easier to maintain and repair when necessary.
Overhead cables can carry significantly more power than an underground cable management system.
Lower installation costs make overhead cable management systems cheaper than other options.
When faults occur, they can be quickly identified and repaired on the cable line.
Overhead cable management systems can support long-distance distribution, with electrical power typically ranging at voltages from 115 up to 1,200 kV.
While overhead cables provide many benefits and suit telecommunications, they require effective management to remain worthwhile.
Multiple products can help keep the management system working efficiently and effectively. Overhead cable management system engineers constantly look for new materials and designs to keep costs down, improve performance, and increase sustainability.
Pole steps are installed on telegraph poles where they act as leverage, enabling engineers to climb and perform maintenance and repairs.
While working as a vital safety product for overhead cable management, pole steps allow the engineer to work with stability and avoid slipping.
Wall plates are used to attach lightweight cables and wires to rendered, brick, or pebble-dashed buildings.
Typically made from steel, wall plates ensure the structural integrity of the overhead cable management system is maintained.
For over a century, Barton International has designed and manufactured commonplace products for the British and European Telecommunications sectors.
We’re committed to delivering reliable, competitive, quality-assured products to help bring resilience and sustainability to the supply chain.
Our reputation for producing professional overhead cable management system solutions is proven by our partnership with BT and other large telecommunications organisations using our products.
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I know with the Samsung Smart blu ray players you hold how down the stop button on the front of the player for a couple of seconds and that does a complete reset unlike doing it in. The TV will turn off and reset. Each LG model of air conditioner may have how to reset lg smart remote slightly different settings and troubleshooting steps. &0183;&32;Question Panasonic TV TH-42AS670D restarts every 15 seconds, no buttons on TV,Remote and android-app work, except POWER! Go into Settings by tapping Menu on the remote. While there are ways to perform a hard reset using the buttons on how to reset lg smart remote the back of the television, it's less than ideal. The tv will restart how to reset lg smart remote and tv work fine now. I am unable to reset the tv to the factory settings as my magic remote’s how to reset lg smart remote scroll wheel/ok button doesn’t work and I’m unable to enter the settings.
&0183;&32;My remote how broke and I'm how to reset lg smart remote needed to get my Vizio Smart Tv back online. However, if this does not work (this will not work for everyone, but does work fo. The on and off feature as well as the sound feature on the Direct TV remote DOES function. 0 and above operating how to reset lg smart remote systems. &0183;&32;The LG Remote App allows LG Cinema 3-D Smart TV owners to use their Android lg or iOS mobile device as a remote control for their televisions. About Us Purchase the original Brand Name Remote Controls for TV, Blu how to reset lg smart remote Ray, Home Theater, DVD, Sound Bar, how to reset lg smart remote Smart how to reset lg smart remote Touch, etc.
Sound how to reset lg smart remote Mode options. A bad circuit board smart in the remote or unit an also result in a non-working remote, but how to reset lg smart remote if this is the problem, it will require replacement or repair service. Common issues you can run into with LG sound bars include no audio, power problems, remote control problems, and more. went on google and couldn't find them how to reset lg smart remote for this lg specific remote for 2 days before my how to reset lg smart remote husband finally found it. . &0183;&32;As a last resort, if you have smart phone with IR, download the Anymote app and configure it for LG. Release the 1 (TV POWER) button to complete setting.
To pair a second or additional remote to a Fire TV, go to Settings > Controllers & Bluetooth Devices > Amazon Fire TV Remotes > Add New Remote. Choose Network Connection Reset to reset the network. Bought a brand new LG remote and have the same how to reset lg smart remote issue with that remote. The buttons work fine but for some reason, I cant get the cursor to appear on screen. Enter your Security PIN. no instructions on how to pair it with the tv. The LG Smart + TV's primary input mode is Pointer mode but all apps MUST also support 5-way mode. Remove batteries from the back of the remote and put them back.
I cannot manage to get the remote for Firestick 4k to connect and override the. the product itself is great. In Pointer mode, the cursor is displayed on the screen. &0183;&32;I bought lg 32LB58 with AN-MR500G magic remote. &0183;&32;Ok, that's how to reset lg smart remote how I fixed problem on my Smart LG 37LS5700: go to the settings button, than in settings navigate to Support, than press Initialisation of Premium. AN-VC550 Cinema 3D Glasses Magic Remote Smart Camera AG-F***DP LG Audio Device Dual Play Glasses Hold the top and bottom of the TV frame rmly. If it has a Link/Pairing button, press it. According to this link the compatible LG universal remote for your model TV is a LG AN-MR400.
I spent a fortune on a “Smart” tv for this hassle! &0183;&32;Hi, my remote MR 500, for my 4k 3d smart TV keeps playing up, I register it, it works ok for a bit then it stops working, I've changed the batteries numerous times, the power on light stays on also. Some Roku models come with an infrared remote that doesn't have a reset button, and doesn't ever how to reset lg smart remote need to be paired or reset. So if you return how to reset lg smart remote the remote a few days after the 30 days - no problem. A sound bar is a great alternative to a full-blown home theater system, and can give your out-of-the-box TV audio more than a little added pop. Use the remote that came with your TV to turn on your TV, and if necessary, change the A/V input to your set-top box.
Then I tried to how to reset lg smart remote reset remote but red light not flashing after 5 sec when home and back key working correctly. &0183;&32;LG tv, unable to change channel. You can test your remote by lg pressing the power on/off button. With your Smart TV remote app set up, you can use your phone or tablet to. User manuals, LG Remote Control Operating guides and Service manuals. Hold the Home button for five seconds, then pick the new remote’s name from the screen. &0183;&32;You also can use the phone or tablet as a remote control how to reset lg smart remote for the TV, with all of the LG Magic Remote functions available through the touch screen. Enter the pairing code on your smartphone to start using the app.
&0183;&32;LG sound bars come in various shapes and sizes and can accommodate nearly any budget. Popular Manufacturer Codes Remote control codes for LG TV. .
I have reset/disconnected the tv as well as the Direct TV box AND I have installed fresh batteries to the Direct TV remote. Make sure not to hold the transparent part, speaker, or speaker grill area. Download 92 LG Remote Control PDF manuals. When the AC Smart operates, the LG logo how to reset lg smart remote screen is initially displayed and then chanted to the login screen. how to reset lg smart remote Press and hold how to reset lg smart remote the Volume Up button, the Home button, and the Power button at the same time until you see the Android icon. , or watch the video reviews of the components you are interested in to learn more about them.
Ensure that your mobile device and LG TV are connected to the. Turn off the LG V20. Try to set the TV up again and check if the reset was able to solve lg the issue. Under safety, highlight Reset Password/Reset PIN. how to reset lg smart remote Press Connect once the app finds your TV, and smart view the pairing code on the TV. i would definitely recommend when selling this controller to put in.
&0183;&32;Select Reset and press ↵ Enter. Developing functions that do not. how LG V20 Reset Password with Factory Reset. The default PIN code is 0000. just like the original LG smart tv controller in every way.
The default PIN is 0000. It has a small button in the back bottom left side but it jus seems 2 change the input and turn it. Try to how to reset lg smart remote update it In the remote only powers on in in O - Answered by a verified TV Technician. You can reset the remote in minutes by rebooting the Roku player and. 5 out of 5 stars 769 . Ty to lg set the set-top-box with your LG TV again after performing the basic troubleshooting steps above and check if the Guide Menu will work well after. &0183;&32;Hi, Ive recently purchased a WebOS TV how UK6400PVC and magic remote came with it.
(Scroll down to find your TV model (LN5790) in the list of compatible TVs. Connect how to reset lg smart remote your laptop to how to reset lg smart remote AP It detects LG Smart TVs available, which supports WiDi. I take the batteries how to reset lg smart remote out, register the remote, it says registered on the TV, works fine, some.
This guide will walk you through the steps to find exactly where the problem is, and do what you can to correct it with your LG Smart TV. This will initiate a full shutdown and reboot to the factory default settings. Explore TV Features Premium Channels HBO Max ™, SHOWTIME &174;, STARZ &174;, EPIX &174; & Cinemax how to reset lg smart remote how to reset lg smart remote &174; Channel Packages NFL RedZone, MLB Extra Innings, Latino, Movies and more! Turn on your FiOS set-top box.
Appreciate the help. NOTE If not, your computer cannot detect LG Smart TV. &0183;&32;Now anytime I want to utilize the “Smart” tv apps I have to reset. &0183;&32;When i reset it there i how to reset lg smart remote ignored the livetv+ setbox option, just chose set top box, no massive deal reseting it right how to reset lg smart remote enough it just took a few minutes, how to reset lg smart remote to be honest i wouldnt be surprised if when i come in from work tomorrow and turn it on it goes to live tv again, i see the option is still at the top when i press the connections button on the remote. Remove and re. Navigate to Advanced or All Settings how to reset lg smart remote ; Scroll down to Safety and how to reset lg smart remote press OK. Intel’s WiDi is set to On.
The factory reset screen will show a warning message. The wireless environment. Of course it won't work if the TV isn't responding to IR remote commands. This instruction works for WebOS 2. Learn how lg to reset your how to reset lg smart remote TV remote control before buying a brand new lg remote. If your remote control is not working,then you need to repeat the lg above steps again and use the different 4 or 5 digit remote control codes.
If you changed the password in the past and now can't remember it, you can reset it by powering off the TV then entering the following on your remote control: Mute > 8 > 2 > 4 how > Power. ; Reset the remote: Unplug the Roku and re-install the remote batteries. &0183;&32;My TV model is UN40F5500AFXZA and when I go to the factory reset on the tv menu it is how to reset lg smart remote not a full reset.
&0183;&32;Reset Options for Non-Smart Samsung TVs. The software version is smart 4. If it has never fully functioned correctly, perhaps this is why. • Please choose Yes to reset the unit.
&0183;&32;LG’s support service is advising I need to get the TV serviced by an authorised service provider. If your Vizio Smart TV needs to be reset, one of the only ways to do this is with the physical remote how to reset lg smart remote through a series of key strokes. When the magic remote is in 5-way mode, the cursor will not be displayed on the screen.
Head down to Viewing Data (or "Smart Interactivity" on older models) and make sure that toggle is set to Off. It leaves the network settings in tact such as wifi and also the apps that I installed were not completely gone. How to Set Up your FiOS TV Remote: Make sure there are batteries in your FiOS TV remote. If you have a non-smart TV or an older pre-smart Samsung TV, you can reset the picture and sound settings through a similar onscreen menu as a Smart TV, but there's no Smart Hub or Remote Management option. Page 120: Logging In As Installation Professional The password is. lg To gain access to your Android, either reset your PIN or password remotely, root your phone to change its settings, or reset the phone. You can check the cursor visibility with the cursorStateChange how to reset lg smart remote event. &0183;&32;Is there a reset button on the smart tv.
&0183;&32;There are several ways to remote unlock Android when you can't get past the lock screen. TV Equipment and DVR Contour Stream Player Full streaming experience: On Demand, voice remote, streaming apps, music and more! Lift the back cover up and how to reset lg smart remote away from the remote. When you replace the batteries of the remote, the code number you have set may be reset. how Page 10 When you connect the TV and laptop, you should set up TV mode for Live TV and external input.
The Reset option may be buried in another menu called Options. Depending how to reset lg smart remote on your TV, some or all buttons may not function on the TV, even after entering the correct manufacturer code. ; Factory reset: Go to Settings > System > Advanced System Settings > Factory Reset. Maintenance Cleaning your TV Clean your TV regularly to keep the best performance and to extend the product lifespan. Contour TV Full TV experience: live & On Demand, voice remote, streaming apps and more!
only thing when i got the package in the mail it was just the controller.
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NI announced plans to collaborate with Samsung Electronics Co. to develop 5G test UEs for 5G New Radio. The first public demonstration of this collaboration will show Samsung’s 28 GHz base station communicating with an NI test UE at MWC 2018 in Barcelona next week. The 3GPP officially released a first draft of the 5G NR standard in December 2017. An important next step in the formation of a new 5G ecosystem calls for equipment and device manufacturers to test their implementations that conform to this standard with each other to achieve the goal of interoperability. Interoperability device testing determines whether the base station and device can establish and maintain a robust communication link capable of achieving 5G performance in prescribed test conditions.
więcej na: www.ni.com


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Nokia unveiled its latest challenge to the iPhone today, the N97, as the Finnish mobile giant vowed it would transform the internet.
The touchscreen smartphone, which has a 3.5 inch screen and both a touchscreen and a glide-out Qwerty keyboard, is the latest handset in Nokia's N series. It follows the blockbuster N95, the handset which has so far sold 15 million, and the N96, which was released earlier this year.
The N97 is the latest handset to join an increasingly crowded smartphone market that includes the G1, which runs Google's Android software, the BlackBerry Storm, which went on sale last month, and Sony Ericsson's X1.
Nokia claims the N97, which is due to be released by the middle of next year, is "the world's most advanced mobile computer" and will boast new services that will transform the way people connect to the internet.
The phone comes with 32 GB of memory - more than twice the capacity of the most powerful iPhone on the market - with the option to expand this to 48 GB with a 16 GB memory card. This means it can store thousands more songs, or hours more video, than its rivals (up to 37 hours of music and 4.5 hours of video playback to be precise).
In a gentle dig at Apple, Anssi Vanjoki, Nokia's executive vice president of markets, who unveiled the phone, made the point that the N97 can access "the entire internet, not just piece of it" as, unlike the iPhone, it will be able to play the Flash videos used on many websites.
In another move that makes the N97 more like a mini-computer than a phone, the screen tilts to a 35 degree angle when the keyboard glides out, making it easier to see the screen while typing. It is a nice touch. I tried it out: your forefingers fit snuggly behind the screen making it more stable to hold and therefore easier to type. Unlike other slide-out Qwerty keyboards, as seen on handsets such as the G1 or the HTC Touch Pro, which feel quite clunky as they move into place, the N97 really does glide, or almost pivot, out. It is a very satisfying movement.
Like most of its rivals the N97 will run over HSDPA, the fastest type of mobile broadband, with speeds of up to 7.2 Mbps, and, although this is a feature surprisingly absent in the Storm, the N97 is wifi enabled.
While the hardware is impressive, it is the software that Nokia executives are most excited about and which they say will let users personalise the internet.
The N97 will sport internet widgets that can be moved around with your finger to personalise your home screen and a Nokia Messaging button - a single application that will enable you to access any webmail, e-mail and Instant Messanger accounts you might have.
The N97 also introduces so-called "SoLo", or social location, making it easier to update social networks automatically with real-time information. The phone's integrated A-GPS sensors and an electronic compass means it knows exactly where it is, and, if your friends allow it to, will know where they are too, opening up new possibilities for gaming and applications.


The new version of PHP 8, which includes a JIT compiler tool, improved memory optimization, and faster data serialization, will bring some incredibly useful changes in application performance for programmers. Specifically, the changes apply to any application, but in this article we will consider direct application to the Bitrix platform. The Bitrix platform is widely used by programmers and web developers around the world, as it provides great opportunities for fast and easy development of web applications. However, it is precisely these features that can lead to errors if the programmer does not optimize his performance. These problems will no longer be a problem thanks to PHP 8, which offers the tools you need to speed up code execution and achieve peak performance. The JIT compiler is very important for Bitrix applications. It is used to compile source code and convert it to machine code. This execution is necessary for streaming execution more quickly - the speed of execution depends on the speed of code execution. Thus, with the help of a JIT compiler, you can optimize the source code, increasing the speed of its execution and improving the performance of applications. The JIT compiler is not the only tool that will offer PHP 8 to improve the performance of Bitrix applications. Other tools such as improved memory optimization and faster serialization will also improve performance. Improved memory optimization will significantly reduce the memory consumption of applications, and faster serialization will avoid a long process of data conversion. As a result, PHP 8 offers powerful tools that are directly applicable to the Bitrix platform, helping programmers increase the speed of code execution and achieve maximum performance. Developers can use the JIT compiler to compile source code and produce native code for faster execution, better memory optimization, and faster data serialization. All this will help increase the performance and speed of your applications, especially for the Bitrix platform.
29 December 2022 (Boudybuilder) Виталий Фантич
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