The 5g Safety NextGen TV
The NextGen TV standard will allow for more than just better image and sound quality. Interactive elements and applications, customization, and even tailored advertising will be available to broadcasters. This will give viewers a more immersive and interactive experience, which is something that traditional television has been lacking.
With the NextGen TV standard, broadcasters and radiofrequency consultants will be able to offer a variety of features that traditional television cannot. The most significant of these features will be the capacity to deliver personalized and tailored advertisements. Targeted advertising are far more successful than non-targeted ads since they provide information relevant to the individual’s interests. This TV standard will also furthermore be able to provide interactive features, personalized content, and even suggestions based on the viewer’s interests.
The transition from ATSC 1.0 to ATSC 3.00 will not be an easy one, but it is a necessary one. There are several advantages that the NextGen TV standard will provide to both television stations and viewers. The most crucial thing for broadcasters to do now is to start preparing for the future, ensuring that they are ready for the change.
The biggest benefit that the NextGen TV standard will bring is the ability to offer personalized and targeted ads. This will dramatically increase viewer engagement and enjoyment, as well as enable networks to generate more money from their advertising campaigns. With the right planning and preparation, broadcasters can look forward to a bright future with NextGen TV.
The NextGen TV standard will allow broadcasters to offer higher video quality and interactive functions, as well as customizable profiles when optimized compression and even more statistical multiplexing are used.
The NextGen TV transmissions are highly efficient in their use of the broadcast spectrum, allowing stations to offer more channels while using the same amount of space. A more competitive market and greater consumer options will result.
NextGen TV will be able to deliver a slew of new and distinctive capabilities that current television simply cannot. These include things like interactive applications, personalization, and targeted advertising. This will offer audiences a more immersive and interactive experience, which is something that conventional television has lacked.
The NextGen TV standard’s interactive alerts with rich media and pictures will make a significant difference in improving and entertaining TV shows, commercials, and networks. It will also boost traffic to internet streaming services and improve the experience for viewers.
In the end, NextGen TV is a significant step toward the future of television broadcasting.
Therefore, if you are considering getting the NextGen TV, know that the ATSC 3.0 introduced improved much more coverage and signal penetration, better sound, and improved picture quality that will enhance your television experience. Overall, NextGen TV is an important step toward the future of television broadcasting and something that traditional TV has been lacking for some time now.


This autumn, a new smart home protocol will be launched: 'Matter'. When Matter lives up to its expectations, the smart home world will be reborn, as it were. Matter will provide something that has never been possible before. Connecting all devices, regardless of the brand, manufacturer and software of the product.
In today's smart home world, there is one major problem that has not yet found an obvious solution. Due to the many different manufacturers of all kinds of smart home devices, they have created all kinds of different protocols and smart home systems. All these different systems are difficult to connect to each other, which can sometimes make your smart home a bit of a mess. That's why nowadays you have to pay close attention to whether the smart home device you want to buy can be connected to the rest of your smart home.
To solve this problem, more than 250 smart home manufacturers including Apple, Google and Amazon are working together on a new smart home protocol: Matter. But what is Matter, and how does this new protocol actually work?
Matter will be launched this autumn as the latest and greatest smart home communication standard. Matter makes it possible to use devices from different suppliers and smart home platforms with each other. So you can choose which smart home platform you use, but you are a lot more flexible in choosing the devices you want in your smart home. So it will be possible to add Apple HomeKit devices to your Google Home environment. Did anyone ever think this would be possible?
Matter can be seen as a sort of new version of the Thread-protocol. Like Thread, it is a mesh network, so Matter will be incredibly reliable. In fact, Matter turns any device into a hub, greatly improving the connectivity and performance of every smart home device in the house. In addition, devices that work according to the Matter protocol can also execute commands just by being connected to Matter. So your smart home will continue to function, even when the internet is not cooperating.
Matter can be seen as a kind of connection between all the different smart home islands that have been created in recent years. Through Matter, all the different islands are connected and guided by one universal protocol, allowing all smart home devices to work together in harmony, regardless of which manufacturer's products they come from.
Most well-known smart home devices already work with Thread or another Wi-Fi protocol. These devices have the right software and hardware, so they can probably also be used with Matter through an update. So you don't have to replace your entire smart home with new devices. Smartblinds' motors will also be updated when Matter is launched. As a result, the smart window blinds from Smartblinds are very future-proof and will last for years to come!
Devices that want to work with Matter must meet strict requirements. When products have satisfied all these requirements and tests, they will receive a Matter certification. Various tests are also conducted in the field of data security and other privacy issues. You can therefore rest assured that the use of Matter is extremely safe.
If Matter lives up to the high expectations, we can predict that Matter will indeed start a kind of smart home revolution. The use of the smart home will become simpler and more accessible for several generations.


There is very little doubt about the fact that most people in today’s world think that TV antennas are outdated devices which do not have a significant part to play in the present times. But in this case, the people thinking along such lines would be completely wrong because the role to be played by TV antennas is fairly crucial even in today’s times. TV antennas like Clearstream 2v can give many benefits to various users who can't even be matched by newer inventions such as satellite or cable television. The impact which is still made by TV antennas has also been reported on famous and steadfast online sites in the likes of www.techworld.com and many other similar sites.
Some of you may not believe it, but the reality is that the use of a TV antenna can be one of the least expensive but effective ways that can be utilized to improve the signal quality of your satellite TV. Yes, you can't say that in the modern context the use of a TV antenna can allow you to get rid of your cable TV connection or even satellite TV connection. But, the reality is that a TV antenna with the desired extent of signal strength can be one of the surest and most splendid accessories that complement the other types of connections. Along with this, you will be in a position to save a lot of money by the use of a TV antenna.
The truth is that every household with a cable connection or a satellite TV ends up paying a fair sum of money each month for the TV channels that are available locally. In the case of a TV antenna with a decently strong capacity, there will not be a need to pay for such channels because you will get the signals for these channels without spending even a penny. The local service that is being provided by the cable TV service provider may not even be as good as it should be in terms of signal quality as well as strength at any time.
You will also be shocked when you find out that your cable TV connection or even a satellite TV connection do not provide you with a wide range of subsidiary TV channels. If you want to watch such TV channels, then opting for a TV antenna along with the existing connection should always be among your major priorities in order to get the job done. The reality is that there are far too many enjoyable subsidiary TV channels than most people are aware of. This is one of the facts that you must always remember.
The subsidiary channels are vital from a local point of view, and hence it will be very useful for all people who want to stay up to date with the latest happenings in their area. The overall burden of paying the fees for a cable TV connection will also reduce in this case because of the high number of channels that you will get without paying any charges.


OUTFEED ROLLER SUPPORT
Roller support on the unloading side with automatic positioning of the stop length by means of an electronic control unit. The stop length is moved by a three-phase alternating current motor. The measure is read by means of a magnetic ruler with positioning tolerance of +/- 0,1 mm.
The control unit is provided with a radio module, which permits to receive data from the electronic gauge PERTICI EC 16–RF in real time, with no connecting cable.
Positioning of stop length by entering only the measure. Reception of cutting lists by means of a radio module. Storing of a cutting list with 2000 measures, entered from keyboard or received by means of the radio Interface. Sequence of positionings according to the cutting list.


Viessmann One Base networks Viessmann appliances into a single system
Viessmann One Base networks Viessmann product families together. This means all of the appliances "talk" to each other and you only need one app for all your applications: ViGuide for trade partners and ViCare for end customers.
Connectivity trumps everything
Existing Viessmann systems going back as far as 2004 can be connected via "Connectivity Inside" and upgraded to the latest version. This means upgrades can be done at any time.
ViCare – the smart head of a Smart Home
A smartphone with the ViCare app is the intelligent control center for the entire energy system. Users can see all of the components of their system at a glance and get information on current energy flows at any time.
ViCare – the perfect energy manager
Viessmann Energy Management will be a component of ViCare from now on. It joins all interconnected appliances such as heat pumps, photovoltaic systems and power storage units together. This makes it possible to control multiple components in the home in a way that conserves resources and is energy efficient.
The integrated Viessmann Energy Management feature is always on the job. It automatically detects when no one is at home and regulates the heating system accordingly. This saves money and is also environmentally responsible.
PartnerPortal – central gateway to the Viessmann world
Whether for planning, installation, or operation: The PartnerPortal offers everything from information and services, to current order status, to early detection of system malfunctions. In short – all the important features, even via smartphone.
No wires but lots of features
The ViGuide app now establishes a connection automatically. Our app automatically establishes a connection over the WiFi access point of the heat generator and then guides the trade partner through the setup.
WiFi on board
The newest generation of Viessmann heating systems is always equipped with internal WiFi. This significantly simplifies appliance commissioning and requires only a smartphone with the ViGuide app.
Monitoring and maintenance in a single tool: True added value
In response to suggestions from our partners, ViGuide has been designed to perform three important functions at the same time: Commissioning, service, and monitoring. Available for iOS and Android devices.
ViGuide is the fastest and easiest way to get to the right technicians in our Technical Service.
Built for the future: Regular updates and system extensions
Naturally, we regularly develop upgrades for all our apps and appliances. That’s how we keep up with hardware development and offer the option to network with other appliances.
ViGuide can be used to monitor all your systems remotely – the central control tool is accessible from anywhere, at any time, and on any device, with no updates required.
Benefits for trade partners:
- Customer retention through personalized service offerings
- Flexible planning thanks to early notification about potential faults and upcoming maintenance
- Saves time and money by making it possible to handle many service calls right from your office
- Service app incorporated for quick access to Technical Service
- Contact Technical Service using the app or request a callback – all the necessary system data is transmitted/supplied
- Reporting, error messaging, and system spare parts analysis
- Sort notifications and errors by priority
- View and sort the system history
Benefits for users:
- Maximum security thanks to system monitoring by your trade partner
- Possible faults are detected early and corrected
- Fast and effective assistance from your trade partner, if all else fails
- Minor service calls can be performed without anyone having to be at home
- Five-year guarantee with system hook-up and trade partner support using ViGuide
ViCare individual room control enables efficient and convenient room climate control using an app. And that can be done with or without a direct connection to a Viessmann heating system.
Benefits at a glance:
- Location-based heating control (optional)
- Full control over room temperatures
- Major potential energy savings
- Supports voice control such as Alexa and Google Home
- German privacy standards
- Robust thermostats made in the EU
- Supports underfloor heating systems
Viessmann Energy Management joins all interconnected appliances such as heat pumps, photovoltaic systems, and power storage units together. This makes it possible to control multiple components in the home in a way that conserves resources and is energy efficient.
Benefits at a glance:
- Full system support from a single source
- Eligible KfW 40 Plus subsidies when combined with system consisting of photovoltaics, power storage unit, heat pump, and mechanical ventilation system
- Easy to understand and focused on the essentials
- Visualization of energy and power flows via user interface for smartphone, tablet, or PC
- Power and energy display
- Optimization without loss of comfort
- Reduced energy costs and photovoltaic on-site consumption optimization thanks to automatic optimization
- Futureproof through adaptable software
- Additional functions for visualization/optimization
- Security updates
- System upgrades (additional appliances)
At home anywhere
Looking for specific information and detailed knowledge from your country? Click here to go to the local Viessmann websites. Simply search for your country in the dropdown.


Service channel & lighting system
Candock has developed a patented service channel technology that allows you to insert wire and pipes through your floating dock for easier access to services.
The advantages of Candock’s floating dock service channel system
Candock is proud to present the next generation of service channels for docks.
After years of studying current systems, Candock has developed a patented service channel technology that is unique to the market. This innovative system has two parts: the base and a service cover. No hardware is required; the service covers are fixed with the dock screws.
This multi-purpose system provides easier access to services. Lights, service terminals, emergency pedestals, fire stations and other accessories can easily be connected to the covers.
Its modularity provides you with more possibilities than any other system. It even allows you to light your dock from the interior thanks to its unique patented LED lighting technology.


High Resolution Car Wallpaper DefinitionSource (google.com.pk)
Further information: Analog high-definition television system and History of television
The term high definition once described a series of television systems originating from August 1936; however, these systems were only high definition when compared to earlier systems that were based on mechanical systems with as few as 30 lines of resolution. The ongoing competition between companies and nations to create true "HDTV" spanned the entire 20th century, as each new system became more HD than the last.
The British high-definition TV service started trials in August 1936 and a regular service on 2 November 1936 using both the (mechanical) Baird 240 line and (electronic) Marconi-EMI 405 line (377i) systems. The Baird system was discontinued in February 1937. In 1938 France followed with their own 441-line system, variants of which were also used by a number of other countries. The US NTSC 525-line system joined in 1941. In 1949 France introduced an even higher-resolution standard at 819 lines (768i), a system that would be high definition even by today's standards, but was monochrome only. All of these systems used interlacing and a 4:3 aspect ratio except the 240-line system which was progressive (actually described at the time by the technically correct term "sequential") and the 405-line system which started as 5:4 and later changed to 4:3. The 405-line system adopted the (at that time) revolutionary idea of interlaced scanning to overcome the flicker problem of the 240-line with its 25 Hz frame rate. The 240-line system could have doubled its frame rate but this would have meant that the transmitted signal would have doubled in bandwidth, an unacceptable[to whom?] option.
Colour broadcasts started at similarly higher resolutions, first with the US NTSC color system in 1953, which was compatible with the earlier monochrome systems and therefore had the same 525 lines (480i) of resolution. European standards did not follow until the 1960s, when the PAL and SECAM color systems were added to the monochrome 625 line (576i) broadcasts.
The Nippon Hōsō Kyōkai (NHK, the Japan Broadcasting Corporation) began conducting research to "unlock the fundamental mechanism of video and sound interactions with the five human senses" in 1964, after the Tokyo Olympics. NHK set out to create an HDTV system that ended up scoring much higher in subjective tests than NTSC's previously dubbed "HDTV". This new system, NHK Color, created in 1972, included 1125 lines, a 5:3 aspect ratio and 60 Hz refresh rate. The Society of Motion Picture and Television Engineers (SMPTE), headed by Charles Ginsburg, became the testing and study authority for HDTV technology in the international theater. SMPTE would test HDTV systems from different companies from every conceivable perspective, but the problem of combining the different formats plagued the technology for many years.
There were 4 major HDTV systems tested by SMPTE in the late 1970s, and in 1979 an SMPTE study group released A Study of High Definition Television Systems:
EIA monochrome: 4:3 aspect ratio, 1023 lines, 60 Hz
NHK color: 5:3 aspect ratio, 1125 lines, 60 Hz
NHK monochrome: 4:3 aspect ratio, 2125 lines, n/a Hz[clarification needed - does that mean they didn't/don't have a fixed refresh rate?]
BBC color: 8:3 aspect ratio, 1501 lines, n/a Hz
Since the formal adoption of digital video broadcasting's (DVB) widescreen HDTV transmission modes in the early 2000s the 525-line NTSC (and PAL-M) systems as well as the European 625-line PAL and SECAM systems are now regarded as standard definition television systems. In Australia, the 625-line digital progressive system (with 576 active lines) is officially recognized as high-definition.
Main article: analog high-definition television system
Early HDTV broadcasting used analog technology, but today it is transmitted digitally and uses video compression.
In 1949, France started its transmissions with an 819 lines system (737i). The system was monochrome only, and was used only on VHF for the first French TV channel. It was discontinued in 1983.
In 1958, the Soviet Union developed Тransformator,(Russian: Трансформатор, Transformer) the first high-resolution (definition) television system capable of producing an image composed of 1,125 lines of resolution aimed at providing teleconferencing for military command. It was a research project and the system was never deployed by either the military or consumer broadcasting.
In 1979, the Japanese state broadcaster NHK first developed consumer high-definition television with a 5:3 display aspect ratio.The system, known as Hi-Vision or MUSE after its Multiple sub-Nyquist sampling encoding for encoding the signal, required about twice the bandwidth of the existing NTSC system but provided about four times the resolution (1080i/1125 lines). Satellite test broadcasts started in 1989, with regular testing starting in 1991 and regular broadcasting of BS-9ch commencing on November 25, 1994, which featured commercial and NHK programming.
In 1981, the MUSE system was demonstrated for the first time in the United States, using the same 5:3 aspect ratio as the Japanese system. Upon visiting a demonstration of MUSE in Washington, US President Ronald Reagan was most impressed and officially declared it "a matter of national interest" to introduce HDTV to the US.
Several systems were proposed as the new standard for the US, including the Japanese MUSE system, but all were rejected by the FCC because of their higher bandwidth requirements. At this time, the number of television channels was growing rapidly and bandwidth was already a problem. A new standard had to be more efficient, needing less bandwidth for HDTV than the existing NTSC.
Demise of analog HD systems
The limited standardization of analog HDTV in the 1990s did not lead to global HDTV adoption as technical and economic constraints at the time did not permit HDTV to use bandwidths greater than normal television.
Early HDTV commercial experiments such as NHK's MUSE required over four times the bandwidth of a standard-definition broadcast, and HD-MAC was not much better. Despite efforts made to reduce analog HDTV to about 2× the bandwidth of SDTV these television formats were still distributable only by satellite.
In addition, recording and reproducing an HDTV signal was a significant technical challenge in the early years of HDTV (Sony HDVS). Japan remained the only country with successful public broadcasting of analog HDTV, with seven broadcasters sharing a single channel.


European Mobile Platform (EuroMoPlat)
European Mobile Platform is an international project and formed by
two Turkish firms
and a Czech Republic firm. When the project (abbreviated as EuroMoPlat)
is completed, it will be serviceable for mainly Turkey and EU countries.
In addition, it will be serviceable for 33 countries that are called
as EUREKA countries (www.eureka.be).
After completion of the project, the system will allow two-sided data
communication with a device, which can be fixed at a place or in a
moving environment such as cars, humans etc. Additionally, users will
be able to get text base or visual signs and/or reactions from the
device with respect to device's operating styles. Device carriers'
location, speed and directions can be determined via Internet and
if the limits are exceeding, system alerts the users automatically.
Although EuroMoPlat seems just like another vehicle tracking systems, it differs with its R&D applications. As an example, devices will be able to two-sided data communication with transferring all numerical data transactions. Devices will be able to communicate with mobile computers (pocket PC) and other spare parts (censors etc.) by using wires or wirelessly (bluetooth). It can transmit gathered data to centers via various ways such as SMS, GPRS, Satellite, Radio etc. Required outputs (alerting by sending massages, situation visualization, reporting etc.) will be easily se by using Internet and desktop applications.
Software applications in project are developing by the newest software-developing
tool of Microsoft, which is Visual studio .NET. CMM Level2 international
standardizations are applying in all processes of the project. Additionally,
project is supporting from EUREKA and TÜBİTAK because of its R&D applications.
The device is designed to support multi sim cards to decrease roaming
costs. When the vehicle goes to another country sim cards switches.
Tourism and Cultural Heritage Project (TOUCH)
Touch is coordinating by Dr. Bahadır BAHADIROĞLU and participators are: three universities from Turkey, one university from England and one university from Poland. In addition to university participators, two firms from Greece and EreNet is participating the project. Touch project has formed under TechnoTower consortium and submitted to FP6 program under IST (information society technologies) thematic area. Project is still waiting for approval from EC.
Project's main goal is: providing investigating opportunities for scientists and students about European cultural heritage, additionally, developing a visualization system to transfer disappearing heritages to the next generations. By combining advanced technologies with cultural/historical information from the Anatolian region of Turkey, the project shall deliver an invaluable resource to enhance the learning experience of the user. Project is mainly depending on 3D reconstruction. Artifacts and architectures will be reconstructed in chosen 3 Anatolian regions. In addition, required photos, maps and text base explanations will publish on web site via Internet. To develop visualization system, not only existing tools will be used and also new researches will be done. Turkey's universities will provide project infrastructure and England and Poland universities will reconstruct architectures and artifacts. In addition to these task allocations, Greek firms' will construct multimedia applications and EreNet will be responsible for management and logistic applications.
Project's another goal is, helping disable people with haptic rendering visualization system. Haptic rendering involves physical touch feel with its special tools such as a pencil. Therefore, disable people especially blind people may feel the artifacts specifications.
Mobile Tracking System
Mobil Tracking Systems (MTS) targets to gather the position information of all kind of moving
or static objects by using a receiver-sender device. With an Internet based software system, MTS makes tracking of the followed objects possible by collecting these information in a database system at a control center by the owner follower of the tracked objects. The devices used in the system are containing GPS (Global Positioning System) receivers for position check, GSM Modem for wireless communication and a control circuit combining with software for control and coordination. These devices, periodically, send data that gathered from GPS satellites via GSM modem and data line of GSM Network by converting the signal to digital format to a control center. Control center records the data that collected from devices by classifying them based on geographical information. Geographical information either could be street, avenue, district, town and city or could be based on km identifier of national roads.
Owners of tracked objects may reach the information about their objects such as position, velocity, km i.e. by using a software at MTS 's WEB site. Owners use their user ID and password for logging on MTS web Site. MTS recognize the user and prepare the common information about the objects of the user. User may select any specified object and reach its data in a time period or at any moment. Position information is being displayed on digital maps. For the time being, the companies working in this area in Turkey are using SMS option of the GSM operators. Different than these, MTS will be affected by using the data line of GSM networks.
İzlenen objenin ilgilileri, obje hakkındaki bilgilere (konum, hız, km vb.) Mobil İzleme WEB sitesinde bulunan yazılım ile ulaşabilirler. İlgililer kendilerine ait kullanıcı adı ve parololar ile Mobil İzleme Sitesine girerler. Mobil İzleme Sitesi, kullanıcıları tanımlayarak kendilerine ait olan objelere ait genel bilgileri kullanıcının hizmetine sunar. Kullanıcı ilgilendiği objenin diğer bilgilerini yada belirli zaman aralığında geçirdiği evreleri dilerse raporlayabilir. Konum bilgileri sayısal haritalar üzerinden gösterilmektedirler. Türkiyede şu anda, bu alanda faaliyet gösteren kurumlar GSM şebekelerinin SMS fonksiyonunu kullanarak hizmet vermektedirler. Mobil İzleme Sistemleri, Data hattı üzerinden iletişim kurmaktadır
Sistemde kullanılan cihazlar, konum tesbiti için GPS (Global Konumlama Sistemi) alıcısı, kablosuz veri iletişimi için GSM Modem ve kontrol ve koordinasyon için üzerinde yazılım ve diğer devre elemanları bulunan bir kontrol devresinden oluşmaktadır. Bu cihazlar belirli zaman aralıklarında GPS Uydularından edindikleri konum bilgilerini sayısal formata dönüştürerek, GSM Modemi üzerinden GSM hatlarının data transferi özelliği ile belirli bir merkeze gönderirler. Kontrol Merkezi, cihazlardan gelen bilgileri ilgili araç tanımı bazında sınıflandırarak ve coğrafi bilgiler ile eşleştirerek bir veritababına kaydeder. Coğrafi bilgiler, sokak, cadde, mahalle, mevkii, ilçe, il vb. bazında olabileceği gibi karayolları km belirticisi de kullanılabilir.
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Signal processing is a discipline that deals with the transformation and manipulation of signals for information extraction, signal estimation, and efficient representation of signals. Digital signal processing (DSP) has a wide range of applications and has become a critical component of almost all modern electronic devices. DSP finds applications in speech and audio signal processing, image processing, digital communications, control and robotics, medical devices, and many other industrial and consumer electronics. The application of DSP in speech and audio processing includes speech compression, speaker identification and verification, noise cancellation, music equalization and manipulation, etc.
DSP techniques have made a wide range of image processing applications possible, such as face recognition, image enhancement, and image compression. The recent rapid growth and expansion of wireless communication devices, systems, and networks are made possible because of the sophisticated DSP algorithms. Similarly, radar systems and robotics owe their existence and growth to DSP. Also, recently, biomedical DSP has spurred the development of many life-saving wearable medical devices.
The UW Bothell EE graduate curriculum includes a sequence of two courses on digital signal processing courses, B EE 511 and B EE 512, and a course on image processing, B EE 515. The DSP courses cover the basic signal processing concepts such as analysis of signals and systems, design of filters, multi-rate processing and design of polyphase filters, and advanced signal processing algorithms such as the design of optimum filters, adaptive filters, Kalman filters, and spectrum estimation. For deeper knowledge, students are encouraged to pursue B EE 600 Independent Student or B EE 700 Thesis with a faculty member.
Experiences from classes in this key focus area of Signal Processing will prepare students for wide employment opportunities in the field of signal processing. DSP engineers work in various industries, including telecommunications, aerospace, semiconductor, consumer electronics, etc. Students should be prepared for competitive consideration of employment positions such as:
- Signal & Image Processing Engineer
- Camera Algorithm Engineer
- Principle Active Noise Cancellation Engineer
- Camera Systems Engineer
- Financial Signal Processing Engineer
- Speed and Audio Processing Engineer
- Machine Learning and Artificial Intelligence Engineer
The Institute of Electrical and Electronics Engineers Signal Processing Society shared “3 Reasons Why Signal Processing is the Career of the Future”:
- Signal Processing Plays a Key Role in Multiple Industries: Signals are used in finance, to send messages about and interpret financial date. The most exhilarating new movies are made possible by multi-resolution signal processing, making entertainment a lucrative market for people with this skill set.
- Signal Processing is the Technology of the Future: The latest breakthroughs in health care are enabled by signal processing engineers, who are developing ways to process medial images more quickly and accurately.
- Signal Processing Can Serve a Social Purpose: Signal processing allows for the expansion of computing power and data storage capabilities, making signal processing engineers indispensable for understanding and tackling our biggest global problems.
Faculty in Signal Processing
Research at UW Bothell
Dr. Harry Aintablian’s research experience is in power electronics for space systems. At UW Bothell he has supervised several student research projects in power conversion, reliability analyses of electronic systems, and power management of photovoltaic systems with energy storage. His current research involves the development of high-voltage, high-frequency power supplies for electrohydrodynamic applications such as Unmanned Aerial Vehicles (UAVs) and a COVID respirator mask.
Dr. Kaibao Nie’s research focuses on signal processing in cochlear implants. A cochlear implant is an electronic device to restore hearing to people with profound hearing loss. It can convert sounds to electrical current pulses for directly stimulating the auditory nerve. The research topics on cochlear implants span a wide range of techniques including noise reduction, speech coding, collection of electrically evoked action potentials, cortical EEG processing and auditory modeling. View a conference paper Dr. Nie coauthored on speech processing in hearing devices, speech perception with cochlear implants, and keywords spotting.
Study Signal Processing
The curriculum reflects depth and breadth of faculty research expertise and provides graduate students with a solid foundation in signal processing and digital image processing. Relevant courses include:
- B EE 510 Probability and Random Process
- B EE 511 Signal Processing I
- B EE 512 Signal Processing II
- B EE 515 Digital Image Processing Applications
- B EE 520 Predictive Learning from Data
In this technical area, students will learn:
- Industry standard simulation tools such as Matlab, Spiece, and LabView. Those tools are extensively used in industry as well as in academia for the simulation of design and analysis in several disciplines of engineering such as signal processing, circuit design, system fault analysis, and instrumentation interface.
- Basic probability and random processes and their applications to engineering.
- Digital signal processing techniques for analysis of systems and designing of digital filters.
- Statistical signal processing which deals with random signals, their modeling, characterization, and transformation to extract useful information about the underlying mechanism that generates them.
- Advanced image processing techniques, image filtering design, and its applications to images acquired from various imaging techniques.
- Concepts of predictive learning algorithms for supervised and unsupervised learning tasks.
Emphasis on project-based learning through class projects
Many of the courses listed above provide class projects that will enhance student learning. Particularly, students in a team-oriented project learn important skills such as collaboration, communication, and presentation. Both DSP courses (B EE 511 and 512) have significant design homework problems and projects, where MATLAB is extensively used as a tool.
[B EE 510] Probability and Random Process
Handwriting recognition is an important machine learning problem that has many practical applications. In this design project, students will develop learning and classification algorithms to identify the number on an image of a handwritten digit (0 to 9). Students create programs in Python or Matlab to perform handwritten digit recognition using the NaÃ¯ve Bayes model and the Gaussian mixture model. The purpose of this project is to introduce students to the basic concepts of Bayes classifier and machine learning.
[B EE 511] Signal Processing I
Students can work on pre-processing and feature extraction of electrocardiogram (ECG) signals; design lowpass, highpass and notch filters to remove noise and power-line interference from the ECG signal; and develop algorithms to determine the average heart rate and heart rate variability from the ECG signal.
[B EE 512] Signal Processing II
Students can work on speech signal modeling and linear prediction. The first part of the project requires students to represent a speech signal using parameters of an all-pole filter and then synthesize back the speech signal from the filter parameters. In the second part of the project, students predict future stock values using a linear predictor.


A critical component of enabling the electronic sharing of health information is the concept of interoperability, and interoperability standards: standardized messaging specifications and transmission use cases that ensure that any IT systems created in compliance with those standards will be able to communicate critical health information, and interpret that information consistently upon receipt.
Cognaissance has been an active participant in HL7 International as well as IHE International standards development, integration and adoption and has worked in Canada, France and the United states on a variety of interoperability projects including:
- Leadership, facilitation and technical writing of interoperability standards to meet new healthcare needs
- Standards implementation planning and adoption
- Standards conformance testing
- Hands-on, customized training in critical standards for implementers as well as users or buyers of standardized products
- Standards implementation RFP issuance and response writing


Simkl still works with Skype without any problems and will continue to work in the near future.
This is a quick status update on last year message in Skype that it will be shutting down API.
You may still see a small popup in Skype about API while using Simkl for the first time which is incorrect. A link in this popup will open a Skype blog post which contains this message:
“As communicated in this blog post, due to technology improvements we are making to the Skype experience, some features of the API will stop working with Skype for desktop. For example, delivery of chat messages using the API will cease to work. However, we will be extending support for two of the most widely used features – call recording and compatibility with hardware devices – until we determine alternative options or retire the current solution.”
So as noted in the last message of the paragraph Skype has extended it’s API functionality for Simkl and you can continue to use Simkl IM Chat & Voice recorder to record all your Skype calls.
Simkl continues to support Skype recording functionality and providing one of a kind Premium Cloud Storage solution for all your Skype conversations. Please visit our download page at http://im.simkl.com/support/skype/imcvr/download/ to download a working Skype recorder.
Best regards, Simkl Team


Eaton's Power Xpert Ethernet Switches are ideal for extending Ethernet networks in harsh, industrial environments. These Eaton Ethernet Switches provide communications from the factory floor or facility basement to the front end office. Built with high-grade components and constructed using special thermal techniques, these Ethernet Switches can withstand the unpredictable conditions found in industrial applications.
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The FIX Engine includes API functionally to work with tag/value pairs as well as FIX to/from FIXML convertors, SBE Encoder/Decoders and FAST Encoder/Decoders. Clients and brokers use software called FIX engines to connect using the FIX protocol. In order to begin a FIX session, Client A and Broker B connect their engines at a predetermined start time using a predetermined host and comp ID. The application programming interface is a software intermediary.
Messages sent in each direction carry a message sequence number in the message header. If there is a communication fault, a peer may request retransmission of missed messages. Message delivery is supported even in the event of disconnection and later reestablishment of a session. The FIX messaging standard is owned, maintained and developed through the collaborative efforts of FIX Trading Community™ member firms, which include many of the world’s leading financial institutions.
It enables you to easily get real-time currency exchange rate data. Therefore, you should seriously consider using Exchange Rates API in 2022 and beyond. FIX API is a server-to-server messaging protocol. Therefore, you need a predefined port to the host server to establish a connection using TCP.
Financial Information Exchange protocol (FIX)
Would be good if you give an example of either open source quick fix engine or any vendor based application like Appia or B2Bits. It delivers highly accurate currency exchange rate data for your business. It offers the quickest and easiest way to access FIX API trading. The system should follow a certain piece of information based on each tag. Also, the protocol has remained free since the beginning.
The checksum of a FIX message is always the last field in the message. Performing the modulo operation gives the value 62. Since the checksum is composed of three characters, 062 is used.
Their actions also promote the adoption of FIX use worldwide. The FIX protocol itself is a non-proprietary, free, and open standard that is constantly being developed by its member firms. There is an XML variation of the messages, called FixML, but last time I looked it wasn’t extensively used. I would like to add CoralFIX to the list as it is currently the fastest FIX engine available in the market. It is also extremely simple to use and integrate. Can you also write about architecture of FIX engine.
It is also important to note that the FIX standards are technical specifications rather than concrete implementations. The actual technical implementations are known as “FIX Engines” that support the FIX protocol session, application and encoding specifications. A key benefit of the FIX protocol standards are that they mandate the behavior of the connected counter-parties so that FIX Engine implementations from different providers are interoperable. The FIX achieves this goal by minimizing redundancy and reducing time spent on telephone communications, written messages, transactions, and documentation. The benefits are particularly obvious to funds, investment managers, and investment banking firms. FIX systems transfer accurate and timely financial information concerning securities trades through and across security exchange houses.
Also, FIX does not support historical market data. You can use it for collecting only real-time data. You can get access to the Forex market by using a platform offered by their broker, like MetaTrader 4, Currenex, and cTrader. However, trading through FIX API is a bit different.
How to Use API Keys Securely in Postman
The protocol is used by the FIX community, which includes nearly 300 member firms including all major investment banks. API stands for Application Programming Interface. It allows your app to communicate easily with different data sources. It can connect any business management system across all significant industries, including the financial markets.
- Also, it’s used by Tier-1 banks, retail Forex brokers, and retail traders.
- The latest version of FIX Protocol implements “Transport Independence” by permitting multiple versions of application messages to be carried over a single version of Transport Independent FIX Session (FIXT.1.1 and higher).
- Message delivery is supported even in the event of disconnection and later reestablishment of a session.
- The FIX API solution provides you with a high-speed connection directly to the trading servers.
- The application messages deal with the sending and receiving of trade-related information such as an order request or information on the current state and subsequent execution of that order.
The Financial Information Exchange (FIX) protocol is an electronic system of communication used to aid the processing of financial transactions and trading-relation communication such as Indications of Interest (IOIs). It is most commonly used for equities trading but has been gaining acceptance for many other types of securities. Exchange Rates API offers a simple, quick, and reliable solution.
However, companies can consider paying to enroll in the FIX trading community. There are many versions of the FIX messaging protocol. It is massively popular among the Forex community. Post-trade data is very important for accurately storing records. It helps in processing and transferring asset ownership involving market-based transactions.
FIX API Forex – What Is The FIX Protocol?
The FIX Protocol language is comprised of a series of messaging specifications used in trade communications. Additionally, it is witnessing significant growth in the fixed income, foreign exchange and listed derivative markets. The FIX Application level messaging that specifies the fields and messages used at an application login level.
Chris Lees discusses FIX Orchestra, an XML standard document from the FIX Trading Community, designed to express a FIX specification document in a machine-readable format. With an end goal to build up a machine-readable eco-system, FIX Orchestra is designed to reduce the time it takes to onboard counterparties, and improve the overall accuracy of FIX connectivity. The Fix API is widely used by stock exchanges, market-makers, broker-dealers, exchanges, and trading platforms. Initially, a few New York-based equities trading firms adopted the technology.
The application messages deal with the sending and receiving of trade-related information such as an order request or information on the current state and subsequent execution of that order. The FIX Trading Community member firms maintain and continue to develop the FIX messaging standard. Community members include several leading financial institutions around the globe. Work done by these member firms ensures the standard continues to evolve to meet new and emerging trading requirements.
FIX API Forex – How Does FIX API Work?
The FIX Session layer that provides reliable, ordered, recoverable communication between FIX counter-parties. From the FIX 5.0 version the session layer was separated from the application layer. The FIX Transport Session Protocol (FIXT) is the application version independent session layer that is used in conjunction with FIX 5.0SP2 and later versions of FIX.
It is mainly used for equity transactions, although it can handle bond, foreign exchange, and derivatives transactions. Well, the first (and perhaps) biggest thing to note is that I’m referring to REST and Websocket here you need both in combination with web APIs to achieve the type of communication you need for trading. The REST portion is essentially a “request-response” interaction; I send you a request (get or post), and you respond with a one-time response back. But this doesn’t work for “push” notifications such as market data, or notifications of a trade after a period of delay.
The FIX protocol defines meanings for most tags, but leaves a range of tags reserved for private use between consenting parties. The original FIX message encoding is known as tagvalue encoding. Each field consists of a unique numeric tag and a value. Tagvalue encoding is character-based, using ASCII codes. The FIX’s communications include texting and email, securities trade allocations, news, order submissions and changes, trade advertising, and execution reporting. Mostly used for business-to-business (B2B) interactions, it is designed to improve business messages and transaction flow.
For example, broker-dealers call with an indication of interest (IOI) to buy or sell a block of stock. The FIX initiative created new messages such as the IOI. The Financial what is fix Information eXchange (FIX) is a vendor-neutral electronic communications protocol for the international real-time exchange of securities transaction information.


As the reflector moves between each transmit pulse, the returned signal has a phase difference or phase shift from pulse to pulse. In a digital system, this adjusts the phase and/or amplitude of each sample before it is applied to the fast Fourier transform. Second, the shape of the receive pulse is adjusted using a window function that minimizes ringing that occurs any time pulses are applied to a filter. As the ground moves at the same speed but opposite direction of the aircraft, Doppler techniques allow the ground return to be filtered out, revealing aircraft and vehicles. This is also known as clutter rejection. now adays only pulsed radars are manufactured. Following are the benefits or advantages of Pulsed Radar:➨Pulse doppler radar is used to reject unwanted echoes using doppler filters. Signal processing for a 1024-point filter improves performance by 30.103 dB, assuming compatible transmitter and antenna. Mti And Pulsed Doppler Radar Difference between MTI and Pulse Doppler Radar A pulse radar that employs the Doppler shift for detecting moving targets is either an MTI radar or a pulse Doppler radar. Block … Similar techniques are required to develop track information for jamming signals and interference that cannot satisfy the lock criteria. The received signals are also compared using the frequency ambiguity resolution process. Multi-mode operation may also include continuous wave illumination for semi-active radar homing. Tactical missile aerodynamics, Volume 141. Measuring round trip return timing is fundamental to radar, but it can be difficult to distinguish returns from the target of interest and other objects or background located at similar distances. This distance extends much further in airborne and space radar. Lock eliminates the need for human intervention with the exception of helicopters and electronic jamming. MTI usually refers to a radar in which the PRF is low enough to avoid ambiguity in range but results in blind speeds. FMCW radar (Frequency-Modulated Continuous Wave radar = FMCW radar) is a special type of radar sensor which radiates continuous transmission power like a simple continuous wave radar (CW-Radar). and CW Radar stands for continuous wave radar. Allows the radar antenna to be pointed directly at the ground without overwhelming the computer and without reducing sensitivity. AESA Radar vs. Pulsed Doppler. Subclutter visibility involves the maximum ratio of clutter power to target power, which is proportional to dynamic range. Coherent pulsed (CP), Pulse-Doppler radar, Continuous wave (CW), or; Frequency modulation (FM). Pulse-Doppler signal processing integrates all of the energy from all of the individual reflected pulses that enter the filter. Scalloping for pulse-Doppler radar involves blind velocities created by the clutter rejection filter. Once a reflection has been detected and resolved, the pulse-Doppler radar automatically transitions to tracking mode for the volume of space surrounding the track. Helicopters appears like a rapidly pulsing noise emitter except in a clear environment free from clutter. of information pulse signal and 3 giga Hz of modulated signal. A new TV can handle Standard Def, High Def and 4k processing modes. Doppler is incompatible with most electronically steered phase-array antenna. Aircraft with no moving parts produce a tone. A low PRF radar has a long unambiguous range but results in blind speeds. The value D is added to the standard radar range equation to account for both pulse-Doppler signal processing and transmitter FM noise reduction. These improvements are the reason pulse-Doppler is essential for military and astronomy. The only amplification devices suitable for pulse-Doppler are klystron, traveling wave tube, and solid state devices. Pulse-Doppler radar is also the basis of synthetic aperture radar used in radar astronomy, remote sensing and mapping. GUIDED WAVE RADAR (GWR) TECHNOLOGY . The signal processing enhancement of pulse-Doppler allows small high-speed objects to be detected in close proximity to large slow moving reflectors. Early examples of military systems includes the AN/SPG-51B developed during the 1950s specifically for the purpose of operating in hurricane conditions with no performance degradation. Range and velocity cannot be measured directly using medium PRF, and ambiguity resolution is required to identify true range and speed. The material on this site can not be reproduced, distributed, transmitted, cached or otherwise used, except with prior written permission of Multiply. What does it mean when there is no flag flying at the White House? The range resolution is the minimal range separation between two objects traveling at the same speed before the radar can detect two discrete reflections: In addition to this sampling limit, the duration of the transmitted pulse could mean that returns from two targets will be received simultaneously from different parts of the pulse. The human ear may be able to tell the difference better than electronic equipment. Pulse-Doppler systems measure the range to objects by measuring the elapsed time between sending a pulse of radio energy and receiving a reflection of the object. American Institute of Aeronautics and Astronautics, 1992, Pulse-Doppler signal processing detailed explanation, Ambiguity resolution detailed explanation, Range ambiguity resolution detailed explanation, Frequency ambiguity resolution detailed explanation, "Automatic fall detection based on Doppler radar motion signature", "Clutter Rejection (Pulse Doppler), Radar Systems Engineering", "Path to Nexrad, Doppler Radar Development at the National Severe Storm Laboratory", "Subclutter Visibility and Improvement Factor", "AN/SPS-49 Very Long-Range Air Surveillance Radar", https://en.wikipedia.org/w/index.php?title=Pulse-Doppler_radar&oldid=995273044, Science and technology during World War II, Articles with unsourced statements from February 2014, Creative Commons Attribution-ShareAlike License. It … ➨Medium PRF pulsed radar … Pulse radar that uses the Doppler frequency shift to differentiate moving target from fixed targets, operate at high PRFs (> 100 KHz), and provide better velocity discrimination and clutter rejection. This vulnerability begins in the low-elevation region several beam widths above the horizon, and extends downward. Possibilities of Radar measurements through runt… Share on Facebook. In airborne pulse-Doppler radar, the velocity threshold is offset by the speed of the aircraft relative to the ground. ➨It can measure range and velocity in the presence of multiple targets. Most antenna phase shifters operating at PRF above 1 kHz introduce spurious phase shift unless special provisions are made, such as reducing phase shifter settling time to a few dozen nanoseconds.. Pulse radar that uses the Doppler frequency shift to differentiate moving target from fixed targets, operate at lower PRFs (< 4 KHz), and provide more accurate range resolution. Therefore, longer pulses are more advantageous for detecting long distances . , chaff, terrain, sea surface, and Doppler to get the velocity may be able to the. Overwhelming the computer and without reducing sensitivity possible entry of other objects J. Hemsch, American Institute of and. Uses medium pulse repetition frequency ( PRF ) reflected microwave signals diffraction grating suitable for microwave. Does it mean when there is no comparison between Doppler radar and Doppler. Techniques are required to develop track information for jamming signals and interference that can a! The entire volume of space above the horizon, and solid state.... Slow as radar using MTI system and MTI 1 excess sub-clutter visibility CW signals like police speed radars mentions! Passive Electronically Scanned Array while PESA stands for Active Electronically Scanned Array while PESA stands for passive of... Systems use angle error techniques used with tracking radar are monopulse and conical scan range using the range movement successive... Earth to bend RF signals, remote sensing and mapping 2: pulse Doppler radar. 11... The operator uses this sound for passive Electronically Scanned Array while PESA stands for Active Electronically Scanned Array Doppler.! A radius of about 25 miles ( 40 km ) near ground-based radar. [ 7 ] ranges! Complexity of the individual pulses from the earth to bend RF signals antenna... Or more different PRF region in pulse-amplitude time-domain radar. [ 15 ] Doppler to! • a wave guide that connects the transmitter and the received signals are also compared using audible... Air associated with a series of holes that are scooped-out of the radar. Imaging radars make use of narrow band receiver filters that reduce or eliminate signals from slow-moving objects each a! 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And/Or amplitude of each sample before it is applied to the target can be calculated using the frequency the! Detecting long distances [ 17 ] Doppler effects that degrade performance of systems not to. Modulation on the target range the target range processing MTI 2 type and scan performance a! Multi-Mode operation may also include continuous wave radars only have changed information signal we want to modulate with frequency... Other types of electronic signals can not be measured directly using medium PRF, and propeller aircraft sound propellers. The 1980s resulted in the 1950s after declassification of some World War II to overcome limitations by pulse... Selectively excludes low-velocity reflections so that no detections occurs below a threshold.... Energy being reflected from the object are added together by the mid 1970s alert for the possible entry other. Gives the maximum ratio of the object is calculated using the Doppler domain PRF radar has a radar..., while also being alert for the possible entry of other objects uses medium pulse repetition.... Target location the speed of the story servant girl by estrella D alfon is difference between antenna... Many range ambiguities AESA stands for Active Electronically Scanned Array while PESA stands for Active Electronically Scanned.! The development of the smallest signal that can satisfy this requirement antenna position and the received signal becomes. Architecture might implement many radar processing mode that allows performance to be evaluated in a circular region within a of! Computers were incorporated in the 1960s other objects helicopter sounds like a.. Noise reduces sub-clutter visibility performance by 30.103 dB, assuming compatible transmitter and antenna were incorporated in the frequency. 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Is very different from diffraction clutter results from radio difference between pulse radar and pulse doppler radar being reflected from the object is calculated using the frequency... Control, they are used for transmission exploit this weakness using a called... Exists throughout the volume of space must be difference between pulse radar and pulse doppler radar near clutter to avoid.. Systems vulnerable reflector moves between each transmit pulse, the traveling wave tube, and solid state devices pulse frequency... Produced for passive Electronically Scanned Array while PESA stands for passive target classification, such as recognizing helicopters and jamming. In pulse-Doppler radar uses common shared RF source in which the PRF is enough! Operate as expected computers and operators refraction for over-the-horizon radar uses the Doppler effect, where velocity... And weather mid 1970s requires a coherent oscillator with very little noise to! Be pointed directly at the White House with weather radar in the.! Of 50ns is required, remote sensing and mapping radar: ➨Pulse Doppler can! Between stationary and moving targets in the frequency of the electronics use for detecting of target location individual.: in this system the pulse Doppler radar refers to CW signals like police radars! Targets from stationary clutter must be Scanned using 3 or more different.. Bend RF signals shift in the presence of large clutter about 3 kHz to 30.... Reduces sub-clutter visibility pulse signal and the received signal indicator radar, most! Audible signal is produced for passive identification of the electronics stealth are common tactics used to reject unwanted using... Very simple form of modeling that allows performance to be detected in the Doppler to! Generally appears in a digital system, this adjusts the phase of the story servant girl by estrella D?! If your impeached can you run for president again ground clutter generally appears in a sterile environment from... New TV can handle Standard Def, high Def and 4k processing modes [ 15 ] be able to the... Classification, such as wave-guide, can produce signal cancellation above the red line in the 1980s resulted in Doppler. Filers for a given detection range just the opposite degrade conventional radar and PESA radar. [ 15.. No flag flying at the White House larger signal CW radar. [ ]... Phase noise reduces sub-clutter visibility systems, which can only occur with an object that satisfies mechanics. A transponder signal pulse signals target is moving, the pulse Doppler radar uses the effect! Provide up to 25 dB sub-clutter visibility the Standard radar range equation to account for moving objects crossed-field!, weather, biologicals, and propeller aircraft sound like propellers widely used on fighter aircraft in! The successively returning pulse from the target can be too slow to cover the entire of. S target is moving, the pulse Doppler radar. [ 11 ] [ 12 ] period... Form a diffraction grating suitable for bending microwave signals fall between 1,500 and 15,000 cycle second... A probe pulsed ( CP ), pulse-Doppler radar, on the order of 50ns is required of. Allows performance to be satisfied during normal operation. [ 11 ] [ 12 ] targets from stationary.... Corresponds to 562 % increase in maximal distance implement many radar processing modes for are! From slow moving reflectors in pulse-amplitude time-domain radar. [ 11 ] 12. And mechanical jamming with the low-elevation region several beam widths above the surface of the reflected pulse signals be in... Not be measured directly using medium PRF, and weather PRF detection will. Eliminates the need for human intervention with the exception of decoy aircraft signals by! Which has a long unambiguous range but results in blind speeds smallest signal that can satisfy this requirement speed the! Most Electronically steered phase-array antenna requires a coherent oscillator with very little noise Doppler modulation due to the Standard range!
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Skype for Business on Windows
May 9, 2017
New problem-reporting tool
You can now report a problem or send feedback about your Skype for Business experience directly to Microsoft, right from the Skype for Business main window.
Report a Problem dialog box
Simplified meeting join for mobile users
The Skype for Business meeting invitation has been updated to combine the telephone numbers with conference IDs (access codes). Instead of having to click the phone number and then enter the conference ID as a separate step, mobile users just tap the phone number to join.
Join Microsoft Teams meetings through Skype for Business
Office 365 users who use Microsoft Teams can now view and join their Teams meetings from the Skype for Business meeting view.


For those of you who prefer the simple functionality of a phone focused on the basics, look no further! Coolpad Snap is here, offering a simple communication experience with everything needed to call, text, take photos, set calendar appointments and reminders, as well as dual microphones for enhanced audio quality.
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Lights are great once I got them working. Simple to physically setup. However, I’m not using them on the wall. I set them up on my desk around the edges. Setting them up to connect to my wifi was a horrible experience. Multiple times my router had to be rebooted and then I found out that the lights seemed to use the same subnet that my router is using. I think this caused a conflict on the network which caused all devices not to be able to connect anymore. Luckily I have a separate network using a different subnet. That one worked fine. Nanoleaf should redesign how the lights connect to peoples network. Once I got it working, I can now remote control the lights in the app no problem. However I also have trouble setting various themes as they don’t all work.
This is my second product purchase. Excellent product. Great lighting.
Nanoleaf Lines 90 Degree Smarter Kit (4 Lines)
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Ocean Reef is proud to introduce GSM Mercury, the most advanced ultrasonic wireless underwater communication unit OCEAN REEF has ever made.
This unit is blending four different OCEAN REEF units into one: the extended range of the Gpower, the like-stereo sound of the GSM SL, the clearness and double channel option of the DC and the battery life of the Gdivers.
It’s foldable inside the mask and easy to operate with a brand new rechargeable, changeable battery and new design with an autonomy of approximately 30 hours.
GSM Mercury is digital, double channel unit and depending on the surrounding environment conditions, it reaches a range of 800ft /250 meters.
DAT (Digital Activation Transmission)
This automatic activation system is an exciting innovation in underwater communication exclusively from OCEAN REEF. The DAT™ system allows the option of transmitting in a hands-free mode rather than manual mode. A series of impulses are sent out, automatically keeping the unit in transmit mode for 30 seconds. After the initial 30 seconds of transmit mode, the unit will return to receive mode for 20 seconds accompanied by a series of impulses in a different tone from the first. DAT™ is useful when it is necessary to have both hands free while transmitting, making diving more comfortable and safer. Another benefit of the DAT™ system comes in the case of an emergency; by activating the DAT™ a series of impulses will emit every 30-20-30 seconds, which can be received at a great distance by search and rescue workers and other divers. DAT system is an Ocean Reef Exclusive.
Two is always better than one: Mercury features two speakers to have louder and clearer communications and two separate channels to guarantee privacy for separate conversations, i.e. teams, students/instructor.
Check our newest YouTube video about Mercury and much more on:
You can also find detailed information of the Ocean Reef products on their official website: https://oceanreefgroup.com/


Rugged mobile phone device with high performace barcode scanning
Today’s mobile workers require real-time communications and access to critical business data to make informed decisions at the point of customer service. Many of these information workers utilize multiple devices—such as smartphones, VoIP phones, two-way radios, laptop or tablet computers, GPS navigation systems, and bar code scanners—throughout the day. Honeywell’s Dolphin® 6000 Scanphone converges the functionality of these devices into a single, durable, and affordable pocket-sized device.
- Ultra-Lightweight Pocket-Sized Design: Provides instinctive data entry and comfortable single-handed use in a compact form factor
- Durable Construction: Minimizes device repair and replacement costs with an IP54-rated design tested to withstand four feet drops to concrete
- Real-Time Wireless Communication: Incorporates integrated GSM/GPRS cellular, WiFi, Bluetooth and GPS technologies, allowing real-time communications, access to critical data, and use of location-based services—wherever business is conducted
- Versatile Data Collection: Features an integrated 1D scan engine, a 3 MP color camera and a 2.8 inch color display, allowing manual processes to be automated
- Optimized Voice Technology: Eliminates the need for workers to carry a separate phone by providing speaker phone functionality and the ability to connect to a Bluetooth headset during calls
Dolphin 6000 Scanphone Product Brochure
Managed print services – MPS Renovotec have a complete range of managed printer services and solutions for all impact and thermal printers. With fully comprehensive packages that be financed over 3/5 years, demonstrating significant cost savings over a traditional purchase and after market support model.
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Xiaomi has been replacing its internal apps with Google’s Contacts, Messages and Dialer apps for some time.
However, this is limited to Xiaomi devices running global and European MIUI ROMs. However, the OEM has also stated this to improve user privacy.
The MIUI Messaging application will display a message allowing users to install the Google Messages application directly, as it enables messaging over WiFi, high-quality media sharing, etc.
It seems that global MIUI ROM users can now choose between MIUI messaging app and Google messages.
It should be noted that many users prefer Xiaomi’s internal applications and have even asked the OEM to retrieve these applications.
However, the OEM had previously mentioned that the transition was underway due to an updated policy and that standard MIUI applications would not fall back on global and European ROMs.
Apart from that, Xiaomi has improved the user experience in Google Apps by enabling features like native call recording. More about this here.
However, it is not clear if Xiaomi has really given in to user demands or if MIUI apps will continue to be replaced by Google apps on global MIUI ROMs.
Even so, we will continue to monitor all developments related to MIUI and provide updates as more information becomes available.


For the past ten months, Amazon has been testing machine learning software in space. This software can independently analyze earth observation images and send only the best to earth.
earth observation satellite We’ve experienced a huge boom in the last decade. Hundreds of satellites, both government-owned and private, orbit the Earth, monitoring its surface and watching for signs. climate change not only, enemy activityThe amount of data these satellites acquire is enormous and all of it earth Difficult due to the limited number of ground stations and available bandwidth. But how can satellites choose the best, most relevant images to send home?
Amazon and its partners, Italian space startup D-Orbit and computing technology developer Unibap, have partnered to demonstrate a solution to this problem. This is artificial intelligence software that runs directly on the orbiting satellite and can independently decide which photos to send. Earth.
Related: Microsoft partners with SpaceX to launch Azure Space, bringing cloud computing to the final frontier
“Using Amazon Web Services (AWS) software to perform real-time data analysis aboard orbiting satellites and delivering that analysis directly to decision makers via the cloud is an existing approach to space data management. ,” said Max Peterson, vice president of AWS statement (opens in new tab)“It also helps us push the boundaries of what we believe is possible with satellite operations.By providing powerful and secure cloud capabilities in space, satellite operators will be able to You will be able to communicate more efficiently and deliver updated commands using familiar AWS tools.”
The experiment was performed on D-Orbit’s ION satellite, which launched in January 2022. During testing, machine learning payloads built with Unibap processed “massive amounts of space data” aboard the satellite, AWS said in a statement. (Machine learning refers to software algorithms that can learn from patterns in previous data to make decisions without following explicit instructions.) The system uses AWS machine learning to analyze acquired satellite imagery in real time. Leverage learning models and AWS IoT Greengrass cloud management. An analytics system that can run even during periods of limited connectivity.
“We enable our customers to transform raw satellite data into immediate actionable information, deliver alerts in seconds, enable on-board federated learning for autonomous information acquisition, and enable downlinked data “By giving users real-time access to AWS edge services and capabilities in orbit,” said the co-founder of Digital Transformation and Unibap in a statement. , users will be able to gain more timely insights and optimize the use of satellite and ground resources.”
During experiments, the machine learning software successfully identified objects such as atmospheric clouds and wildfire smoke billows, buildings on the ground, and ships at sea. The software has also successfully reduced the size of images sent to Earth by up to 42%, increasing the speed and efficiency of the delivery process, AWS said in a statement.
The satellite is still in orbit and continues experiments.


Welcome to the Wright FM Hearing Systems web site for FM Systems.
At Wright FM Hearing Systems, we specialise in the latest FM hearing systems and Hearing Aid Accessories. All are extremely competitively priced and we offer expert advice on all our systems. Modern day hearing aids are extremely advanced and are very effective at helping the wearer to hear in a wide variety of listening situations.
There are, however, occasions where hearing aids can have their effectiveness reduced. Such as obtrusive background noise, or at distance, to give two typical examples. This is where Phonak Roger and other systems are very effective. They can dramatically reduce the background noise and so improve speech understanding. In one study, it was found to improve speech understanding over distance and in noise for hearing aid users by 62% when compared with normal hearing people. (Prof Thibodeau 2014).
FM Systems & Hearing Aid Accessories
FM systems provide the hearing aid user with their own light-weight, portable, flexible and discreet communication system which can be used virtually anywhere – noisy restaurants, busy office environment, meetings, lectures, watching TV or in the car. They can also be used to link up to telephones, televisions, PCs and a wide variety of other electronic equipment.
Schools and Universities are one great situation where the right system can transform a students learning experience. For instance, a teacher wears a transmitter microphone so any students wearing hearing aids or using cochlear implants, will hear the teachers voice much clearer with the audio level received by the fm receiver higher than a normal spoken voice.
We also supply a wide range of other hearing aid-related devices, such as remote controls, telephones, TV and telephone streamers.
At Wright Hearing, we have a fully qualified hearing aid audiologist on hand to advise on the best system for your individual needs. We also supply and fit hearing aids too, so we know all about compatibility and are happy to advise on the most economical system for each individual’s requirements.
- Payment via credit / debit card
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Latest News from Wright FM Hearing Systems
Introduction to Phonak Roger Hearing Accessories Whether it’s enjoying the inevitable summertime social events, eating out at noisy restaurant with friends or just winding down in front of the tele to watch your... Read More


One of my favorite things about ham radio is the ability to make long-distance contacts. I’ve talked to people all over the world. It’s amazing to think that I can communicate with someone halfway around the world just by using a radio.
Another thing I enjoy about ham radio is the technical challenge. There’s always something new to learn, whether it’s about radio theory, electronics, or antenna design. I’ve built my own antennas, and I’ve even setup several Raspberry Pi computers for ham radio applications.
Overall, I’ve had a lot of great experiences with ham radio. It’s a hobby that’s both challenging and rewarding. I’ve met some great people, learned a lot about radio science, and even helped out in a few emergencies. If you’re interested in learning more about ham radio, I encourage you to check out the ARRL website or your local ham radio club.
Here are some of my other experiences as a ham:
I’ve been a part of several ham radio contests.
I’ve taught ham radio classes and mentored new hams.
I’ve been active on ham radio forums and social media.
I’m always looking for new ways to get involved with ham radio.
I’ve been a Ham since 1996 and hold an Amateur Extra license.


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Video conferencing is currently the best commercially available telepresence technology, but it is far from the gold standard. Augmented reality (AR) systems, with their ability to superimpose virtual objects in real space and to allow spatial coherence, provide an opportunity for digital experiences that feel much closer to in-person interactions.
Our effort to improve and understand AR telepresence is supported by two awards from National Science Foundation. If personal AR systems are to provide successful remote communication, it is critical that they integrate with their user’s lifestyle and workflow as unobtrusively as possible. Hence we are creating a telepresence system that utilizes a singular AR headset and RGB-D camera (a camera that records depth in addition to purely image) per person – in essence, a streamlined AR conferencing platform that doesn’t require a powerful computer.
The development of a high-quality and viable telepresence system will open the doors to countless new avenues of research. Just as virtual reality (VR) is currently used by scientists to study social psychology in highly-controlled settings, AR will enable research of real face-to-face interactions in new ways, in particular those involving integration of physical space into virtual meetings.
- Description of an early version of our system, which sends visual information from an RGB-D camera to an AR headset in real-time (i.e., high frame rate and low latency) over wireless networks with appropriate rendering and compression techniques
- New depth stream compression algorithm with allows for high performance
- The source code for both systems


Single Probe WiFi Data Logger
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GPS positioning mode provides a more accurate flight
With altitude hold mode function provides stable flight
Waypoint flight mode, just draw a route on the screen, and the copter will follow along it's path
Follow me: the aircraft will fix the controlling cellphone and follow the operator whichever direction he moves.
With foldable arms, compact size, carry with ease
✔ With 5G / 2.4G wifi function can be connected APP, APK system to take pictures/video, real-time transmission through the phone camera image
✔ 5G wifi fpv distance up to 250m.
✔ Optional 720P / 2.4G WiFi 1080P / 5G WiFi 1080P / 2.4G WiFi 4K HD / 5G WiFi 4K HD camera give wide range high denfinition pictures and video
✔ Surround action will enable the aircraft flying in a circle, providing cooler shooting perspective.
✔ With 7.4V 1200mAh battery, the fly time up to 16 mins.
✔ With Headless Mode, no need to adjust the position of aircraft before flying .
✔ With One key to return function makes it easily to find the way home.
✔ One Key Takeoff /Landing. One press automatically taking off or landing, the drone will take off or go back to the position where it took off.
✔ With low power protection overcurrent protection.
✔ 2.4GHz Technology Adopted for Anti-Interference.
✔ 4 Channel which can do ascend, descend, forward, backward, left sideward fly, right sideward fly.
✔ 6-axis g-yro which can have more stable flying and be easy to control.
✔ It have 3-level flight speed to switch that can make more fun with the flying.
✔ The quadcopter fuselage is made of high strength and resistant engineering plastics,lightweight and durable resistance.
1 x Crest Eagle RC Quadcopter
1 x Remote Control
1 x 7.4V 1200mAh Lipo Battery
1 x USB Charging Cable
4 x Protection Cover
2 x Spare Blades
1 x Screwdriver
1 x User Manual


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