Introduction to ChatGPT and AutoGPT
OpenAI, a renowned artificial intelligence research organization, has developed two advanced language models, ChatGPT and AutoGPT that are changing the way people communicate and interact with technology. Both models are built on the GPT (Generative Pre-trained Transformer) architecture, but they differ in their functionality, use cases, and capabilities.
ChatGPT is specifically designed for conversational AI, enabling human-like interactions with machines.
AutoGPT, on the other hand, is an advanced natural language processing (NLP) model that can perform a variety of language-related tasks such as translation, summarization, and question-answering.
In this article, we will compare the key differences between ChatGPT and AutoGPT, how they work, their potential use cases, advantages, and limitations, ethical considerations, future developments, and how to choose the right language model for your needs.
ChatGPT vs AutoGPT: Key Differences in Functionality
The main difference between ChatGPT and AutoGPT is their functionality. ChatGPT is a conversational AI model that can generate responses to user inputs, mimicking human-like conversations. It can understand the context of the conversation and generate appropriate responses based on the input it receives. This makes it an excellent tool for customer service, chatbots, and virtual assistants.
AutoGPT, on the other hand, is a more general-purpose NLP model that can perform a range of language-related tasks, such as summarization, translation, and question-answering. It can analyze large amounts of text and generate summaries or translations in a matter of seconds. This makes it ideal for news organizations, language translation services, and content creators.
Read More: ChatGPT will replace which jobs?
How ChatGPT Works: Understanding Conversational AI
ChatGPT works by processing text inputs and generating responses based on the context of the conversation. It uses a pre-trained neural network that has been trained on vast amounts of text data to understand natural language.
When a user inputs a message, ChatGPT analyzes the message and generates a response that is appropriate for the context of the conversation.
The model is trained using unsupervised learning, which means that it is not explicitly taught what to do. Instead, it learns by analyzing large amounts of text data and identifying patterns in the language.
This allows ChatGPT to generate responses that are both relevant and natural-sounding.
How AutoGPT Works: Advancements in Natural Language Processing
AutoGPT uses a similar approach to ChatGPT but with additional advancements in NLP. It is a transformer-based model that has been trained on a massive amount of text data and can perform a wide range of language-related tasks.
One of the key advancements in AutoGPT is its ability to perform zero-shot learning. This means that it can generate responses to questions it has never seen before, based on its understanding of language patterns. For example, if asked “Who invented the telephone?”, AutoGPT can generate a response even if it has never been trained on that specific question.
Pre-Training and Fine-Tuning Differences
Both ChatGPT and AutoGPT are pre-trained on large amounts of text data, but the way they are fine-tuned for specific tasks differs. ChatGPT is fine-tuned by feeding it additional conversational data and adjusting its parameters to improve its conversational abilities. AutoGPT, on the other hand, is fine-tuned for specific tasks such as summarization or translation by feeding it text data that is relevant to that task.
Use Cases for ChatGPT and AutoGPT: Customer Service, Translation, Summarization, and More
ChatGPT and AutoGPT have a range of potential use cases that can benefit various industries. ChatGPT’s conversational AI capabilities make it ideal for customer service, chatbots, and virtual assistants. It can handle basic customer inquiries and provide relevant information to users in a conversational tone. This can help companies improve customer satisfaction, reduce wait times, and lower the cost of customer service.
AutoGPT, on the other hand, can perform a wide range of language-related tasks such as translation, summarization, and question-answering. It can analyze large amounts of text and generate summaries or translations in a matter of seconds. This makes it ideal for news organizations, language translation services, and content creators.
Potential Advantages and Limitations of Each Model
ChatGPT’s conversational AI capabilities offer several advantages such as improving customer service, reducing wait times and lowering the cost of customer service. It can also be used to create personalized experiences for users and can adapt to different conversational styles.
However, one limitation of ChatGPT is its potential to generate biased or inappropriate responses. Since the model is trained on large amounts of text data, it can learn and replicate biases that exist in the data. This highlights the importance of responsible usage and ethical considerations when using language models like ChatGPT.
AutoGPT’s versatility and flexibility make it an attractive option for various industries. Its ability to perform zero-shot learning and generate responses to questions it has never seen before is a significant advantage. It can also handle a wide range of language-related tasks, making it an ideal tool for content creators, translators, and news organizations.
However, one limitation of AutoGPT is that it may struggle with domain-specific or technical language. This means that it may not be the best option for specialized industries that require a high degree of technical language expertise.
Future Developments and Implications
The development of advanced language models like ChatGPT and AutoGPT is a significant milestone in the field of AI. As the technology continues to evolve, it is likely that we will see further advancements in NLP and conversational AI.
One potential development is the creation of models that can understand and replicate human emotions. This could lead to more personalized experiences and better emotional support for individuals.
Another development could be the integration of these models into more devices and platforms, making them more accessible and user-friendly.
Conclusion: Choosing the Right Language Model for Your Needs
Choosing the right language model depends on your specific needs and use cases. ChatGPT is ideal for conversational AI applications, while AutoGPT is better suited for language-related tasks such as translation and summarization.
When using these models, it is essential to consider the ethical implications and ensure responsible usage. As AI technology continues to evolve, it is crucial to approach it with caution and prioritize ethical considerations.


BASE Platform will provide satellite derived bathymetry data on a global scale using tidal modelling and crowdsourced data collection techniques to enhance accuracy.
The project is a 2 year research project funded by European Union's Horizon 2020 research and innovation programme that has the following aims:
- Refine existing techniques in satellite derived and crowd sourced bathymetry
- Develop methods and tools for merging data from these sources
- Integrating with tidal modelling for reducing the depths to the local chart datum
- Making data available through data portals
- Working with end users of bathymetric data to carry out trials in a number of areas, and assess the results with them
In addition we have have the following downloads available:


Question by Josh: dose the apple keyboard work with dell computers?
Dose the new apple wireless keyboard work with dell computers?Im buying a new pc and don’t know if i should buy an apple Wireless keyboard and mouse.
Answer by Kim Z.
Although PC and Apple keyboards may look similar, there are some important differences between them. These differences exist to meet the requirements of the computer or the operating system.
The Apple Keyboard Support driver included with Boot Camp provides functionality for Intel-based Macs using an Apple keyboard. The driver maps the keys on your Apple keyboard to match essential Microsoft keyboard functions. This driver is installed as part of the Boot Camp Apple Driver CD installation process.
If you disable the Apple Keyboard Support driver, Windows will not recognize the extended Function keys on Apple external keyboards, nor the (Fn) key on MacBook and MacBook Pro computers.
Know better? Leave your own answer in the comments!


Thank you for your purchase of our MCW-M1 video processor. The design of this LED video processor is in line with international and industry standards. However, if it is not operated properly, it may cause personal injury and property loss. To avoid possible hazards, please follow the instructions in this manual.
1、 Single machine with 2.6 million pixels, support custom output
resolution, a single output level up to 3840 pixels, vertical up to 3840
pixels. 2、 Two DVI outputs, three simultaneous visuals
3、 Audio video follow up togglevolume adjustment
4、 Input Ports: Dvi * 1, HD* 2, DP * 1, Vga * 1, audio * 1, expandable 2
channels SDI input.
5、 Support Multi level frame splicing.
6、 Easy setup wizard.
7、 Save and load templates.
8、 Picture rotation output.
10、 One click freeze.
11、 Built in test card.
12、 USB Upgrade.
13、 Keypad locks.
MCW-M1 product is a dedicated Mancowin LED large screen display system set video processing, splicing, switching and other video splicer, using the industry's top core processing chip. Advanced image processing technology, eliminate the video image motion trailing and Sawtooth phenomenon, for ordinary PAL/NTSC video, the output image is more clear and delicate, for 2K signal, the output image details are rich, full color, image quality is at an industry-leading level. Image scaling technology, support custom output resolution, output maximum 3840 pixels horizontally, vertical resolution maximum 3840 pixels. Complete video input interface, including Dvi * 1, HD * 2, DP * 1, Vga * 1, audio * 1, expandable 2 channels SDI. The 2.6 megapixel machine is compatible with different transmission card structures and can have 2 transmission cards inside the machine. Complete machine pure hardware structure, work stable, reliable. International Standard 1.5 u case.


Generative AI and deepfakes How AI will create disinformation
At the core of generative AI is the concept of generative models, which are trained on vast amounts of data to learn and mimic patterns and distributions. Generative AI, or generative artificial intelligence, is a type of machine learning that is able to produce text, video, images, and other types of content. Generative AI models learn the patterns and structure of their input training data, and then generate new data that has similar characteristics.
The genie is out of the bottle and the technology is only going to get more realistic. Voice cloning technology has already made significant progress, and there is no doubt that it will advance further in the coming years. Metaphysic is also capable of processing live video in real-time, which is at the cutting edge of AI technology. They demonstrate this by replacing the interviewers face with Chris’s in a live video, and even replicating the voice. They can apply this technology to anyone, as demonstrated with Sunny Bates in the audience.
Integrating generative AI into insurance business strategies
Further development of neural networks led to their widespread use in AI throughout the 1980s and beyond. In 2014, a type of algorithm called a generative adversarial network (GAN) was created, enabling generative AI applications like images, video, and audio. ChatGPT has finally propelled Generative AI into the mainstream, with one million users within a week of launch.
Related to this content
This kind of AI is referred to as “generative” because it can generate new data that is unique and original, as opposed to simply processing or analyzing existing data. Article 14 of the GDPR requires organisations to explain to individuals how they process personal data and how the personal data was obtained, when not obtained directly from the data subject. The key is to ensure that you actually pick the right AI-enabled tools and couple them with the right level of human judgment and expertise. These models are not going to replace humans; they are just going to make us all vastly more productive.
This innovative branch of AI opens up a world where machines can reflect some level of human-like creativity, bringing us a step closer to the vision of truly intelligent systems. Once the content has been created, users can customise the results and add additional information to assist the AI in refining its output. This could take the form of words, images, video or audio, depending on what the AI application has been designed to produce. This prompt could be text, an image, a video, a design, a music sample, or any input that an AI system can process. In June, we held a workshop to identify common risks, discuss promising interventions, and consider opportunities for joint research and cross-regulator initiatives.
Companies like DeepMind refer to AGI as part of its mission – what it hopes to create in the long term. OpenAI and Google DeepMind have both stated ambitions to build AGI, but it is not something that yet exists. The future of generative AI holds immense promise, but it requires a delicate balance between technological advancements and remaining trustworthy. Generative AI plays a vital role in creating and populating these virtual environments. It enables the generation of realistic landscapes, buildings, and characters, enhancing the immersion and visual fidelity of the metaverse. The AI Playground offers an easy-to-use interface that allows you to quickly try genrative ais directly from your browser.
Lawmakers try to play catch-up and legal challenges begin.
Our session, “Boundaryless Enterprise on the Now Platform”, will showcase how Wipro’s innovative concept unlocks unprecedented productivity, innovation, and growth by harnessing the power of ServiceNow’s diverse workflows. AI-related products present a new business opportunity for LSEG; the company aims to expand their financial analysis capabilities to bolster value creation for their clients. In the final lecture of the series, we will explore the potential futures of generative AI, and what they could mean for AI applications as the technology progresses. Generative AI – which includes tools like ChatGPT and Midjourney – has gone from being a relatively unknown technology to a topic that dominates daily headlines across the globe. Benedict Dellot, Anna-Sophie Harling and Jessica Rose Smith from Ofcom’s Technology Policy and Online Safety Policy Development teams discuss how Ofcom is responding to these developments.
- In healthcare, it’s used to create synthetic data for research, allowing scientists to move healthcare forward while maintaining privacy regulations.
- When purchasing an AI product with potential personal data, intellectual property and confidentiality implications, clauses should be specific to that risk, what you are expecting from the tool and your business’s needs.
- This helps us deliver software development services on time and budget, without the traditional project delays and inaccurate estimates.
- Present at the workshop were colleagues from across the four regulator members, including representatives from our policy, technical and economic teams.
Creating instruments and strategies to identify and stop the improper utilization of generative AI, encompassing techniques for watermarking, tools for content verification, and ethical standards for employing generative AI. The availability of open-source libraries and frameworks has made it easier for startups to develop and deploy generative AI models. A global leader in Branding and Promotional Product industry envisioned an application to have 360 degree view of vendors. The portal built is aimed to manage, maintain, enrich, and enhance the experience of Vendor Relations.
Search and generative AI – the future now
The perceived ability of these software to ‘do our work for us’ has prompted concern for the implications for academic integrity should students submit AI-generated work as their own. With a proliferation of new AI tools emerging, many people have written about the risk of jobs being automated out of existence. However, although certainly, some jobs are at risk of automation, many of these AI tools can help augment and improve the work of employees.


MINNEAPOLIS (October 25, 2011) – Somnetics International Inc., the Minneapolis-based maker of Transcend® is changing the way CPAP therapy is delivered. Transcend, the world’s smallest, lightest, most portable and flexible continuous positive airway pressure (CPAP) and battery system, today introduced two lightweight, long-life battery systems that allow use of the Transcend CPAP system anywhere, even in remote locations or when power is not available.
The Transcend P4 Overnight Battery System™ and the Transcend P8 Multi-Night Battery System™ provide reliable power during power outages and travel, including remote locations when camping, in flight, for over-the-road truckers and anywhere power is not available. During power outages, Transcend seamlessly switches to battery power when connected with the universal AC power supply to provide uninterrupted therapy. The battery and complete CPAP system fit in a small travel bag, taking up significantly less space than other CPAPs on the market. Transcend is the ideal CPAP choice for travel and for home use.
For information about Transcend visit www.mytranscend.com or call 877-621-9626.
Transcend is the smallest, lightest and most portable CPAP and battery system available. The Transcend Sleep Apnea Therapy Starter System offers options that make this the most flexible CPAP choice for travel and home use. Options include the lightweight, long-life P4 Overnight Battery System™ and the P8 Multi-Night Battery System™ to provide reliable power in remote locations and during power outages. Two Waterless Humidification™ system options harness innovative proprietary heat moisture exchange (HME) technology that eliminates the hassles of traditional heated humidifiers.
Somnetics is a privately-held medical device company based in Minneapolis, Minn. It is an emerging leader in customer-driven design, development and production of respiratory medical devices to treat sleep apnea and related issues. Somnetics’ mission is focused on integrating technology, customer input and employee creativity to provide innovative, high quality products that improve quality of life for people with respiratory disorders. It received FDA market clearance for the Transcend CPAP machine in July 2010. Transcend is protected by several issued and pending US and foreign patents.
Transcend is the first portable CPAP device designed completely around user lifestyle to give CPAP users the freedom to sleep anywhere. These small, lightweight portable CPAP devices are about the size of a soda can and have portable battery options the size of a deck of cards for easy packing and toting. It’s portable CPAP therapy that’s ready for anything.
Visit your local retailer to see Transcend in person or buy online now! See our listing of Transcend dealers here.
Somnetics International, Inc.
33 5th Ave. NW, Suite 500,
© 2017 Somnetics International, Inc. All rights reserved


In 1978 (or thereabouts), when I was in college, my dad bought this computer. It was made by Ohio Scientific and is a Superboard II, a.k.a., model 600 single-board computer. It came by default with 4k of RAM but dad knew that he’d need more than that so he doubled it to 8k. He initially built a power supply for it but the power wasn’t clean enough so he bought one. The computer was connected to a small black-and-white television set and a portable cassette player for program and data storage. I actually did more BASIC programming on this machine than on any subsequent computer I’ve owned, moving on to Pascal in 1984 when I bought my own NEC computer. Although this was the family’s first computer, Ralph had one sooner. I believe he bought it with a friend at school and it was a more powerful thing, using an Intel 8008 processor, if I remember correctly.


There may be several reasons for surround sound not working on your Apple TV 4 or Apple TV 4K, ranging from improper audio settings, to faulty cables, to even software bugs. Follow this short checklist to find out where your problem might lie, and how to get your Apple TV surround sound back up and working again!
Before gettings started, make sure you are testing your system with *actual* Dolby Digital surround sound audio during each step. While you can certainly use an iTunes movie containing Dolby Digital surround sound, you’ll spend a lot of extra time searching for and rewinding to any obvious surround sound “moments.” A better solution is to download a speaker utility such as the free Surround Speaker Check app, specifically designed for troubleshooting surround sound audio on the Apple TV.
Recommended: Surround Speaker Check [Free]
Step 1: Check Apple TV Surround Sound Settings
The first thing you should do when your surround sound fails is check the “Surround Sound” settings in the tvOS Settings app. Open the Apple TV “Settings” app, go to “Video and Audio” and then look for the “Surround Sound” pop-up menu. By default, you should select the “Best Quality Available” option. If you have an older receiver, you might want to try the “Dolby Digital” setting to see if this fixes your problem.
Step 2: Make sure your receiver or sound bar is on the correct audio setting.
As most AV receivers and their accompanying remote controls contain a large number of buttons and audio setting options, it can be confusing as to which one you need to get basic surround sound compatibility with your Apple TV. As such, your AV unit user manual is most definitely the best source of info for learning which setting enables surround sound. Manual aside, try looking for an “Auto”, “Straight”, or “Direct” setting, as either of these modes should provide straight-forward audio processing of the Dolby Digital signal.
About Apple TV’s “Best Quality Available” setting.
With “Best Quality Available” selected in the Apple TV Surround Sound audio settings, be aware your receiver may not display the text “Dolby Digital” on the front like it might when hooked up to a Blu-Ray player or game console, or even an older model Apple TV 2 or 3 (see image above). This is perfectly normal, and is because the Apple TV models 4 and 4K decode the Dolby Digital signal on board the Apple TV itself and then sends raw PCM format audio downstream to the receiver. With the Apple TV audio settings on “Dolby Digital” option, the Apple TV decodes the Dolby signal on board, and then re-encodes the signal to Dolby Digital AC3 audio for compatibility with older receiver models. In this case, the receiver will indeed say “Dolby Digital.” However, due to the re-encoding process to the lower-quality AC3 format audio (as opposed to Dolby Digital Plus E-AC3 format), it is recommended you choose the “Best Quality Available” setting mentioned in Step 1.
Step 3: Check your physical cable and speaker wire connections.
This includes all connected HDMI cables as well as speaker cables. Over time, incidental contact with AV components as well as general household vibrations (including those induced by rowdy pets or kids!) can potentially cause a shift in connected items. Cables which look fine on the surface might actually be only half inserted into their sockets or connectors, wreaking intermittent havoc on your home theater setup. So you write up your problem to faulty hardware or software, go through and make sure all connections are good and snug. (This is also probably a good time to dust off the top of your AV components as well to prevent issues from heat buildup!) If you’re still experiencing problems, another good troubleshooting step is to swap out HDMI cables to see if a bad cable is causing trouble.
Finally, once everything looks and sounds correct, use a dedicated home theater test app such as the above mentioned Surround Speaker Check to confirm the your speaker wiring. Perhaps the most common wiring issue with most home theater systems is that the left and right rear speakers are often wired backwards, a problem not easily detected with an iTunes or Netflix movie alone!
Step 4: Confirm your content is actually sending surround sound audio.
Sometimes, the reason your surround sound isn’t working is actually due to a bug in a media app, rather than your Apple TV setup. If you rely on streaming apps such as Netflix, Hulu, or Amazon Prime to play home theater content containing surround sound audio, you can try ruling out that software issues by simply attempting to play surround content on the various apps. If surround works on one source, such as an iTunes movies or the Surround Speaker Check app, but does not work with another, such as on Netflix or Amazon Prime, then the problem is likely due to a software bug within the affected app. If this is the case, make sure you have the latest updates for tvOS and your streaming media apps. Software-related bugs can often be temporally remedied by re-launching the app, or by re-booting the Apple TV. Though sometimes, all you can do is submit feedback to the developer and sit tight until they can fix it in the next app update. (Which, fortunately, is usually the case.)
Yet another reason why it may seem that surround sound isn't working on your Apple TV is because not all movies or TV shows take full advantage of surround sound audio. It’s entirely possible (and actually fairly common) for a title to implement and advertise Dolby Digital 5.1 surround sound, yet have little to no audio routed to the rear speaker channels. As such, you should conduct your surround system testing and troubleshooting steps using content produced to take full advantage of Dolby Digital surround sound capabilities.
Hopefully, the troubleshooting steps above will work to help solve your Apple TV surround sound problem, and you’ll soon be back to enjoying the awesome Dolby Digital surround sound in your favorite movies and TV shows!
Surround Speaker Check is available as a free download in the iOS and tvOS App Stores.


Vigyan Samagam to reach to Bengaluru, Kolkata and New Delhi after Mumbai in its 11-month journey
Exhibition to bring global Mega Science projects closer to people
To host innovative programmes for students and science aspirants
Showcasing by CERN, TMT, INO, LIGO, SKA, ITER and FAIR will be key attractions for science enthusiasts
by Prashant Kapadia/NHN
Mumbai, May 8, 2019: Bringing the world’s major Mega Science projects together, India’s first-ever, global mega – Science Exhibition, ‘Vigyan Samagam’, was inaugurated in Mumbai at Nehru Science Centre, Worli. Dr. Vijay Kumar Saraswat, India’s renowned defence scientist and a Member of NITI Aayog inaugurated the first edition of Vigyan Samagam.
This multi-venue Science Exhibition, which is planned in the four cities of Mumbai, Bengaluru, Kolkata and New Delhi. The exhibition will be 11-month long duration, commencing its journey from Mumbai today. The Department of Atomic Energy (DAE), Department of Science and Technology (DST), the funding agencies to these projects and the National Council of Science Museums (NCSM), Ministry of Culture, who are venue partner and having expertise in design and hosting such exhibition, have jointly organized this first edition of prestigious Science Exhibition.
Dignitaries such as Dr. V. K. Saraswat, Member NITI Aayog, Prof. K VijayRaghavan, Principal Scientific Advisor, Government of India, Shri Kamlesh N. Vyas, Secretary, Department of Atomic Energy and Chairman of Atomic Energy Commission, Prof. Shri. Ashutosh Sharma, Secretary, Department of Science and Technology, Shri A.D. Choudhury, Director General, NCSM, Dr. Frederick Borday, Director for Accelerators and Technology representing CERN and Dr. Andreas Baun, Ambassador of Switzerland to India graced the event. As a host of this prestigious global Exhibition, Shri Ranajit Kumar, Chairman, Apex Committee, Vigyan Samagam and Head, Nuclear Controls and Planning Wing (NCPW), Shri Arun Srivastava, Head, Institutional Collaboration and Program Division (ICPD), DAE and Convenor of the Apex Committee and Shri Shivprasad Khened, Director, Nehru Science Centre and Dr. Praveer Asthana, Head of Scientific Divisions, Department of Science and Technology (DST) were present on the occasion. Former Chairman, AEC viz Dr. P. Chidambaram, Former PSA to GoI and eminent scientist Dr. Anil Kakodkar, Dr. S. Banerjee, Dr. R.K. Sinha and Dr. S Basu also graced the occasion.
Inaugurating Vigyan Samagam, Dr Vijay Kumar Saraswat, expressed his happiness at the organisation of the event and said, “Vigyan Samagam will bring society and the scientific fraternity together to discuss the exciting world of science in a lucid way. The exhibition will act as a new Science Gateway that will satisfy the curiosity of millions of visitors who will visit this year-long exhibition, including researchers, students, science aspirants and families. It will help them feel and witness an incredible work done by reputed institutions from a very near. It will enhance overall knowledge quotient of career seekers in fundamental science, a common man and the society about science and technology. He congratulated all the Apex Committee Members for the excellent work done by them in popularising science and technology.”
Shri Ranajit Kumar, Chairman, Apex Committee, Vigyan Samagam and Head, NCPW Wing, DAE, while welcoming the dignitaries, said, “Vigyan Samagam will bring Mega Science a step closer to the society. Shri Arun Srivastava, Head, ICPD, DAE and Convenor of Apex Committee gave a brief about Vigyan Samagam. He said that Vigyan Samagam will underline the value and impact of fundamental research to a broad cross-section of stakeholders like students, academia and industries. He said that “all these projects work on cutting edge technologies and hence will build industrial capacity in the country. He further said that “this Exhibition shall also provide a unique science communication platform and create a bridge for further interactions between India and its global peers, bolstering India’s contribution to global prestigious science projects. Shri K.N. Vyas, Secretary, DAE and Chairman, AEC said that “this Exhibition will highlight the scientific and engineering merits of the country and will keep India shouldering with developed countries in the world, thus keeping their scientific knowledge in line with the world”. Prof Ashutosh Sharma said that “Vigyan Samagam will enthuse students to choose science as their carrier option. He said that DST has been promoting this for quite some time”. Dr. A.D. Choudhary, Director-General said that “holding such Mega Science exhibition is a privilege for NCSM, and is in line with its mandate of promoting science”. Dr. Frederick Borday, Director for Accelerators and Technology, thanked DAE, DST and NCSM for hosting this exhibition in India.
Prof. K. VijayRaghavan presented the key note address. In his presentation, he explained the importance of each of these projects. He strongly encouraged participation of industries with all major Mega Science projects. He congratulated the Organisers for putting-up Vigyan Samagam and hoped that it will create awareness among students, enthuse scientific temper and large industrial participation to develop technological capacity in the country.
The three organisers – DAE, DST and NCSM – have planned this Mega Science Exhibition of a global stature in a unique way and with a distinct objective. The Exhibition will bring several global, collaborative Mega Science projects under one roof for the first time in the world and is expected to ignite the minds of students, academia and industry to look for opportunities. These projects will help our scientist to work and contribute to international collaborations on fundamental science and research. The exhibition will also aim to connect with school children, students and aspirants who want to pursue fundamental science and research as a strong career option.
After Mumbai, Vigyan Samagam will reach to Bengaluru to function from 29th July, 2019 to 28th September, 2019 at Visvesvaraya Industrial and Technological Museum. It will move to Kolkata from 4th November, 2019 to 31st December, 2019 at Science City (East Topsia). In its final leg, it will reach to New Delhi at The National Science Centre from 21st January, 2020 and will close on 20th March, 2020. Thereafter it will remain as a permanent exhibition in New Delhi and will be taken care-off by NCSM.
Vigyan Samagam exhibition will traverse you through the world from micro to macro, unveiling the efforts of the international community in understanding the Universe. It will also showcase that DAE not only works on nuclear technologies, but also work on fundamental science and research, in a big way. Vigyan Samagam exhibition will take you through the workings of the Universe. From discovery of the Higgs particle to that of gravitational waves from merger of neutron stars and black holes, these projects throw light on crucial questions related to the origin of the Universe and its evolution through its various stages. The Exhibition will highlight India’s contribution to the world’s science and technology innovations, researches in the areas of space science, nuclear technology.
Iconic Global Scientific Organisations to participate: Vigyan Samagam will have the presence prestigious of organisations such as the European Organization for Nuclear Research (CERN, ‘Facility for Antiproton and Ion Research’ (FAIR), India-based ‘Neutrino Observatory’ (INO), ‘International Thermonuclear Experimental Reactor’ (ITER), ‘Laser Interferometer Gravitational – Wave Observatory’ (LIGO), ‘Thirty Meter Telescope’ (TMT) and ‘Square Kilometer Array’ (SKA).
Format of the Exhibition: The Exhibition will have themed galleries of posters, working models and exhibits, informative audio-visual content and on electronic displays and interactive kiosks will be setup for each of the Mega Science Projects. The inaugural event at each of the four venues will be followed by a two days scientific event comprising of invited talks and lectures by eminent speakers from the field of science, technology and Industry. The audience would include invited members from scientific organisations, industry partners and academia. Coinciding with the scientific seminar, during the first two days at each venue, industry partners working with the participating Mega Science Projects will set-up an expo at the venue to showcase their contributions. As part of project awareness activities, each participating project will be carrying out a week-long activities consisting of popular talks, science demonstrations, interactive quiz programmes, etc.
Connecting with School Children, Students: A key objective of Vigyan Samagam: In each of the four cities, various engaging activities for school children and students will be taken up. Activities such as quizzes, essay-writing / drawing contests, and popular outdoor programmes like science awareness cyclothon etc. are planned. In order to reach out to people at large and involve them with this Exhibition, Vigyan Samagam has launched a special website www.vigyansamagam.in where people can get more information about it. It will soon launch a mobile application Vigyan Samagam. The events such as talk shows, lectures etc. will be streamed live through social media platforms like Facebook, Twitter and YouTube.
Exhibition will be open on all Saturdays, Sundays and Holidays. At Mumbai, the timing will be from 10 am to 6 pm.


MYOS 13 BASED ON ANDROID 13 OS
Nubia Z50 Ultra runs on MyOS 13 based on Android 13 that comes with a lightweight visual aesthetic design.
International languages to the world's user: English, Chinese, etc.
COMPATIBLE WITH ASIA / EUROPE(PARTIAL BANDS) / AUSTRALIA BANDS
Nubia Z50 Ultra provides 5G NSA-n41/78/79/1/3/28, SA-n1/n3/n41/n77/n78/n79/n28; 4G LTE-FDD bands: B1/2/3/4/5/7/8/12/17/18/19/20/26/28.
5G/4G LTE SPEED
Provides fast Web connection for downloading apps, streaming content, and staying connected with social media.
6.8-INCH AMOLED DISPLAY
Nubia Z50 Ultra features a 6.8-inch AMOLED display with a resolution of 2400 x 1116 pixels (FHD+), 10-bit color depth (1.07 billion colors), a refresh rate of 120Hz, a touch sampling rate of 960Hz, a 1440Hz PWM dimming, a peak brightness of 1500 nits, 10-bit colors, and a 100 percent DCI-P3 color gamut.
SNAPDRAGON 8 GEN 2 CHIPSET
Nubia Z50 Ultra is powered by Qualcomm's flagship Snapdragon 8 Gen 2 Octa-core processor clocked at 3.0GHz, coupled with Adreno 730 graphics processor.
256GB/512GB/1TB INTERNAL MEMORY
Nubia Z50 Ultra is powered by a Qualcomm Snapdragon 8 Gen 2 SoC coupled with up to 16GB dual-channel LPDDR5X RAM RAM and 1TB UFS 4.0 storage. Provides plenty of storage space for your contacts, music, photos, apps, and more.
64MP+64MP+50MP REAR CAMERAS
Nubia Z50 Ultra has a triple-camera setup consisting of a 35mm 64-megapixel Sony IMX787 main camera with OIS support, an 85mm 64-megapixel periscope zoom camera with OIS support, and a 50-megapixel ultra-wide camera, which doubles up as a macro camera. There is a 16MP OmniVision OV16A1Q front-facing camera powered by the company’s NeoVision imaging algorithm.
To keep the thermals down, the handset houses five-layer micron graphene and VC liquid-cooled soaking plate, it has a 3062mm2 vapor chamber unit.
5000MAH BATTERY 80W FAST CHARGING
The Nubia Z50 Ultra is powered by a a 5000mAh battery with support for 80W wired fast charging.
DUAL STEREO SPEAKERS
Nubia Z50 Ultra sports dual stereo speakers with support for DTS: X Ultra but lacks a 3.5mm headphone jack.
ACCESS TO GOOGLE PLAY
Browse and download apps, magazines, books, movies, and television programs directly to your phone.
USE YOUR SMARTPHONE AS A MOBILE HOTSPOT
Share your 4G data connection with other compatible wireless devices.
DUAL SIM DUAL STANDBY (NANO-SIM + NANO-SIM)
Depends on device memory and network availability. Additional carrier charges may apply. On the connectivity front, the handset supports dual-SIM, 5G, WiFi 6E, Bluetooth 5.2, GNSS, and GPS.


Processing and Analytics
With the wide variety of data that can be collected with the various sensors we are able to deploy data processing and analytical analysis is the key next step to bringing your data to your finger tips.
For mapping and modeling of sites, Pix4D Mapper is the processing engine of choice. Our experienced team is not only Pix4D certified we are Pix4D instructors. Our deep knowledge of Pix4D guarantees us to process your data to get the most information.
Visual and data from sensors is optimized to be used within the SpectraBotics Data Management tool. We understand how your data will be used and our steamlined processing engines ensure you get accurate information for the decision making process.


Robotics & Innovation Lab
Robotics can herald a revolutionary shift in the field of education. Science, Technology, Engineering and Mathematics (STEM) are the cornerstone of technological advancement and thereby augment creative thinking, teamwork and problem solving skills of students. Robotics is immensely beneficial in simplifying the intricate theories of science. Aligned with the aspirations of the students of DPS Gaya, the school has established LEGO Robotics Laboratory. It was inaugurated by Smt Abhlilasha Sharma, IAS, Municipal Commissioner, Gaya on February 11, 2023. At the inauguration ceremony, Principal DPS Gaya, Mr. Satyendra Kumar Mishra underscored the centrality of Robotics and STEM Learning in augmenting the scientific temperament in young children. Pro-Vice Chairman DPS Gaya, Mr. Sanjeev Kumar reaffirmed the potential of Robotics in shaping the future of students and nation as a whole.
Speaking about the Lab, Pro-Vice Chairman Sri Sanjeev Kumar said that this lab will acquaint the students with the basic principles of modern technologies prevalent in this era through which students can make robots and drones using their creative thinking.


Charge your phone for around 25 minutes and attempt to turn it on once more, in any case, ensure that phone battery is charging legitimately.
Mobile switches OFF When Any Specific App is executed
Hard reset your phone and check.
For Random Phone OFF or When App is executed
Uninstall that application which is bringing on the issue and check.
- You have to check voltage at battery's closures, yet ensure that you charge your phone's battery for no less than 15 minutes.
- If the voltage at the battery terminals is lower than the standard one then change your phone's battery and check.
- Check battery for any drops of water damage, if there are hints of water harm then clean it.
- If the battery is charging appropriately however the phone is not turning ON then the following you have to replace power button strip, as this may likewise be the reason for the issue. In the wake of supplanting force catch, check the status of the issue. (Control catch strip additionally incorporates Volume catches and Camera catch).
- Check all capacitors for any water damage or it is possible that they are short or not, on the off chance that any of them is water damaged or short, replace it.
- Now Check the association of Capacitor–1 with the +VE terminal of the battery, if there is no association then change Capacitor – 1.
- Check Transistor with the assistance of a multimeter; supplant it in the event that it is observed to be flawed.
- Now check the connection between Capacitor – 2 and the +VE terminal of the battery, replace it on the off chance that it is observed to be the blame.
- If you have replaced Capacitor–2 and it is still observed to be flawed then you change Power IC. Tenderly warmth Power IC after Check, on the off chance that it is as yet giving a similar issue, supplant it.
- If you are taking care of comparable issue even in the wake of replacing Power IC, then it implies your phone's board is water damaged. Inspect your whole phone's board for any drops of water damage, clean and expel all the influenced areas and check. It will tackle this issue.


RadioBASH.com was formed in 2007 to set a new standard for audio and video SHOUTcast stream hosting. The goal was to provide our customers with a superior managed SHOUTcast stream hosting environment on an innovative network design with top-class customer service and the latest technological advances in server hardware available.
RadioBASH.com currently owns and operates private server racks in 2 different Data Centers here in the United States.
Our multi-homed network is powered by premium tier-1 bandwidth featuring diverse path OC-48 fiber connectivity with carriers like: Level3, WBS Connect, Global Crossing, Tiscali, Tinet, Savvis and several direct peerings. The use of premium tier-1 bandwidth ensures enhanced stability and superior performance in reliability, throughput and latency for your streamings. Our network is 100% powered by Cisco routers and switches. The network utilizes star topology consisting of two Cisco Catalyst 6500 core routers with distribution handled by Cisco 3750 and access by 2950 switches. This results in a load balanced network with no single point of failure.
Each RadioBASH.com SHOUTcast streaming server is connected to a dedicated port, which we make sure will never run out of bandwidth.


Qualcomm’s new SoC namely QCC514X and QCC304X arrive as an upgrade to the existing QCC5100 and QCC30XX series. Both the new chipsets offer more premium range features like noise cancellation and voice assistant support to mid-range and entry-level bluetooth earphones. Both the chipsets also offer Qualcomm’s TrueWireless Mirroring technology.
TrueWireless Mirroring technology will first pair your smartphone with a single earbud and then mirror the connection to the other earbud. This helps in reducing the amount of synchronisation required for the connection. If you remove the primary earbud, the chipset automatically switches the connection over to the other earbud without causing any disruption.
Second feature that the new chipset offers is the built-in hybrid ANC technology. The noise cancellation tech uses built-mics on the earbuds along with some software magic to remove the ambient noise. Qualcomm has integrated a ‘leak-through’ feature which works opposite of ANC. The feature uses the microphone on the earbud to bring ambient sound or even amplify them.
Qualcomm has also made the new Bluetooth chips more power-efficient. They come with an improved battery life even when the power-hungry noise cancellation is turned on. The chipset maker claims that users can get up to 13 hours of playtime depending upon the usage.
The QCC514x chip which is designed for a premium range of earphones will support always-on voice assist activation. The QCC304x will not get this feature but you can always activate the voice assistant manually using the physical button on the earbud.


We can custom-made connector lead based on requirement.
The lead will be made with 2 type of connectors and cable of choice.
For example, mc4 connector to UTX connector with 30mm 4mm single cable. Or mc4 connector to mc4 connector with 1 meter 6mm single cable, etc.
Please note the MOQ is 200 sets
Please contact Ryan for a quote and lead time on 0412 609 430 or email: firstname.lastname@example.org


Dell Boomi – Works on “iPaaS” model… iPaaS -stands for – ” Integration Platform As A Service”. It is a set of automated tools for connecting s/w applications deployed in different environments. This is used by large business-to-business (B2B) enterprises that need to integrate on-premises and/or Cloud applications.
Dell Boomi is an – “On Demand multi-tenant Integration platform” product. It enables designing cloud based integration processes and transfer data between cloud-cloud / cloud-on premise applications. It supports wide range of products – from small business to enterprise class applications viz: Oracle EBiz, Netsuite, Salesforce, Quickbooks etc..
As part of its strategic plans, Teqtron has diversified into cloud-based services, and has built a strong practice in the enterprise level applications integration, be it with NetSuite, Workday, Salesforce, or other cloud applications. Now being a strategic partner with Dell Boomi, Teqtron has full capabilities in providing integration services using the Boomi Platform, be it for cloud-to-cloud or cloud-to-on premise applications.
Teqtron has developed a solution for the semiconductor industry which integrates Vendor data files (with different formats like XML, EDI etc) with Oracle EBiz Suit’s “OSFM” (Oracle Shop Floor Manager) module. This uses Dell’s Boomi platform for all the data processing and validations.
Below video showcases the challenges faced by Semi-conductor industries and the solution developed by Teqtron to cater to the challenges.


Wednesday, April 14, 2010
Open Cobalt at SIGGRAPH
Saba Kawas from Jordan has been working on an Open Cobalt-related project for her Masters in Design at North Carolina State University. Her focus is on Animation and International Media. She recently presented a poster session at SigGraph on "hyper-learning interface developing navigation toolsets for virtual environments. Working with Open Cobalt, Saba's poster session discussed two core areas of her research: the design and development of a media explanation generator and the process of enabling contextualized hyper-linking Open Cobalt virtual exhibit spaces. This work has been published at the ACM Portal as part of Siggraph proceedings. It is great to see that, even before its alpha release, the Open Cobalt technology is starting to be used as a tool to enable such exploratory work with virtual worlds.


Prof. Adriano Camps was born in Barcelona, Spain, in 1969. He received the degree in Telecommunications Engineering and a Ph.D. degree in Telecommunications Engineering from the Universitat Politècnica de Catalunya (UPC), Barcelona, Spain, in 1992 and 1996, respectively. In 1991 to 1992, he was at the ENS des Télécommunications de Bretagne, France, with an Erasmus Fellowship. Since 1993, he has been with the Electromagnetics and Photonics Engineering Group, Department of Signal Theory and Communications, UPC, where he was first Assistant Professor, Associate Professor in 1997, and Full Professor since 2007. In 1999, he was on sabbatical leave at the Microwave Remote Sensing Laboratory, of the University of Massachusetts, Amherst. Since 1993, he has been deeply involved in the European Space Agency SMOS Earth Explorer Mission, from the instrument and algorithmic points of view, performing field experiments, and since 2001 studying the use of GNSS-R techniques to perform the sea state correction needed to retrieve salinity from L-band radiometric observations. His research interests are focused in microwave remote sensing, with special emphasis in microwave radiometry by aperture synthesis techniques and remote sensing using signals of opportunity (GNSS-R). He has published over 203 papers in peer-reviewed journals, 6 book chapters, 1 book, and more than 425 international conference presentations, holds 12 patents, and has advised 23 Ph. D. Thesis students (+ 8 on-going), and more than 120 final projects and M. Eng. Theses. According to Publish or Perish (Google Scholar) his publications have received more than 6347/9547 citations, and his h-index is 38 /47 according to Scopus/Google Scholar.
Prof. Adriano Camps is currently the Scientific Coordinator of the CommSensLab “María de Maeztu” Excellence Research Unit, he co-led the Remote Sensing Lab (www.tsc.upc.edu/rs, www.tsc.upc.edu/prsblog) and co-leads the UPC NanoSat Lab (http://www.tsc.upc.edu/nanosatlab). He is the PI of the first four UPC nano-satellites: 1) 3Cat-1, a 1U CubeSat with 7 small technology demonstrators and scientific payloads, 2) 3Cat-2, a 6U CubeSat with the first dual-frequency dual-polarization GNSS-R payload, launched on August 15th 2016 using a Chinese LM-D2 rocket, 3) 3Cat-4, a 1U Cubesat with a software defined radio to implement a microwave radiometer, a GNSS-Reflectomer, and an AIS receiver, and 4) FSSCAT, a tandem mission formed by two 6U CubeSats, overall winner of the Copernicus masters competition 2017.
Walter Ballheimer, is co-founder and CEO of German Orbital Systems GmbH (GOS). He specialized in satellite technology, with emphasis on electronics and remote sensing payloads. Participated in multiple student satellite projects and as a student assistant conducted lectures and was responsible for BEESAT-1 mission operations. After graduating from the university, he worked at the chair of astronautics and aeronautics where he was involved in multiple satellite projects, including BEESAT, TechnoSat and TUBIN. He specialized in remote sensing payloads and satellite electronics.
GOS was founded 2014 with the goal to provide an affordable access to space technology for a broad range of customers. Since then I am responsible for our strategy, the business development as well as top level engineering decisions. German Orbital Systems is the only German company focusing on CubeSats. Our core business is building turnkey satellite missions for customers, we also build separation sequence controllers for cluster launches. Large part of our revenues is invested in research. We have ongoing research projects in space debris monitoring as well as in additive manufacturing of structures and in novel electrical power systems. German Orbital Systems is not venture backed.
Prof. dr. sc. Željko Bačić received his PhD at TU Graz in 1997. He is a full professor at the Department of Satellite Geodesy at the Faculty of Geodesy. His specialty is satellite positioning, Earth observation from space, sensor integration and spatial data infrastructure. He has published more than 100 scientific and professional papers in the mentioned fields.
From 1987 to 1999 and from 2012 to present he works at the Faculty of Geodesy. He was Head of the Chair of Satellite Geodesy (2013-2015), Head of the Institute of Geomatics (2013-2015), Vice-Dean for Scientific Work and International Cooperation (2015-2018), and Head of the Copernicus Hackathon Zagreb 2019 Project. 1999-2012 he held the position of Director of the State Geodetic Administration. During this period, he was a member of a number of national authorities, a member of the Board of Directors and chairman of the Association of Surveying and Mapping Authority of Europe - EuroGeographics (2004-2007) and chair of regional cooperation in the field of cadastre and IPP of the Western Balkans (2008-2012).
He is currently a Croatian representative on the European Commission's Copernicus Committee, a member of the Space Reference Advisory Group of the Ministry of Science and Education and head of the Copernicus Academy and Copernicus Relay team. He is the coordinator of two Erasmus + projects and a contributor to a further five.
Crosperity and FERSAT principle investigator
Dubravko Babić has been with FER since 2012 working in the Applied Optics Laboratory at the Department of Wireless Communications. He is the principal investigator on the project Crosperity, the first funded satellite-building project in Croatia. He has spent majority of his professional career in San Francisco Bay Area in California working on the development of RF and microwave communications technology at Avanek, Group4 Labs, and Eridan Communications, and on the development of optical-communications technology at the University of California, Santa Barbara, Hewlett-Packard Laboratories, Alvesta Corporation, Clariphy Communications, Inc. and XLoom Communications in Tel Aviv, Israel.


Whisker Labs is a data and sensor technology company developing the next generation of fire safety systems called Ting® that fits in the palm of your hand. An easy-to-install smart sensor plugs into a single outlet in your home and starts to work identifying electrical fire hazards that are often difficult to detect yet are quite deadly. While Ting® continuously monitors the home for hazards, it also monitors utility power and lightning storms and notifies users of harmful surges, sags and power outages that can cause harm to sensitive electronic devices. Ting® also monitors for faults in major appliances – such as Air Conditioning systems – and notify homeowners of potential failures before they leaving them sweating it out on a hot summer day.
About the Role
Location: Germantown, MD
The Front-End Software Engineer will be building a new suite of dashboards and visualizations that will inform customers, internal users, and business partners about faults detected by the Ting sensor in a pleasing visual style. You’ll be joining a small and experienced team of business leaders, software engineers, and data scientists seeking to make the world a safer and more efficient place. Come join us!
Take ownership and develop imaginative and innovative user interfaces.
Work with stakeholders to build visual tools for partners, customers and internal users including sales and partner management.
Work with engineers and data scientists to develop insights into data from the Ting sensor.
Develop and Deploy code that’s well thought out and completely tested.
Support and monitor projects after deployment to quickly squash any user-facing bugs.
Work as part of a team, reviewing peer’s code through pull requests.
Work closely with other engineers for knowledge transfer.
BS in Computer Science or Computer Engineering or technical field. 2+ years of production level web engineering experience.
Ability to develop in C#.NET Core and python.
Experience with a *nix-based development workflow (e.g. git, basic shell scripting).
Understanding of electrical systems is a plus.
What We Offer
Competitive salary + equity.
Freedom. The ability to make, own and carry out decisions.


Coast XPH25R Rechargeable LED Head Torch
Rechargeable head torch that offers an output of 410 lumens on the highest constant setting
- Dual power system means that it can be powered by the included Coast 'Zithion-X' USB rechargeable lithium-ion battery which is more economical in the long run, or it can use a non-rechargeable CR123A lithium metal battery
- Cycles through the three brightness levels in the order of mid, high, low and off with each press, giving you the option to choose the right level for your application. mid output will always be accessed first to give a good initial output that is not too bright or too low. If in any mode for longer than 5 seconds the next press will turn the light off thanks to Coast's easy off technology
- Battery status LED indicator is built into the switch and will illuminate when the torch is turned on to show remaining battery power at the current level. Green indicates that the battery is fully charged, red indicates that the battery needs charging and flashing red indicates the battery is nearly drained and needs to be charged immediately
- Using Coast's Pure Beam Focusing Optic System the beam can be focused between the bulls-eye spot beam with a range of up to 120 metres, and the ultra view flood beam that gives a consistent circle of light with no dark circles in the middle. Changing between spot to flood is achieved by twisting the bezel of the head torch.
- The headband is comfortable as well as adjustable and features reflective material for safety and additional visibility in low light. The head torch can also be removed from the head band bracket for hand held use, and features a magnet at one of the light for hands free use.
- Dust and water resistant to IP54 standards
- Luminous Flux: Up to 410 lumens
- Beam Range: Up to 120 m
Body Material: ABS / Aircraft grade aluminium
Category: Torches and Head Lights


Titan Tool Supply Inc. announces the introduction of the new FreedomView LED Videoscope by Optim LLC. Designed to conduct and record inspections quickly and safely, FreedomView features a patented, integrated LED light source with variable intensity control and a sleek, compact design to provide exceptional visibility and flexibility, according to the manufacturer. The unit can capture still images and streaming video (JPG and AVI file formats) with a date and time stamp, and can store more than 8,000 still images.
The company says that the most challenging inspections are reached within seconds, and that FreedomView is ideal for examining: aviation engines, military equipment, gas turbines, non-destructive testing, power generation, contraband searches, US Customs and border protection, and interdiction as well as tactical law enforcement applications.
FreedomView has a field of view of 80° and depth of field from 5mm to infinity. The Tungsten braid probe has shaft diameter of 6mm (0.236") and flexible length of 2.0m (79"). The unit is powered by two rechargeable Li-Ion batteries that provide more than two hours operating time, Titan Tool states. Other features include a 3.7" touchscreen display, 110° up-down/left-right joystick control, and play/pause video controls.
FreedomView can function in a wide range of operating temperatures, from -13°F to 158°F (-25°C to 70°C) ambient and 50°F to 86°F (10°C to 30°C) in liquid. The unit is packaged in a rugged carrying case that includes two batteries, a battery charger cradle with AC power supply, an 8GB SD memory card, and operator's manual.


产地: 美国 厂商: 美国安捷伦 Agilent
The Agilent 34330A current shunt is a precision 0.001 ohm resistor housed in a plastic case surrounded by epoxy. Output is 1mV per A of current passing through the shunt. The current to be measured is connected to the shunt via binding posts.
The Agilent 34330A is compatible with the Agilent 34401A and 3458A DMMs.
Current range: 15 A continuous
Maximum current: 30 A for 15 minutes maximum
- Accuracy: 0 .3% from dc to 1 kHz
- Accuracy: 5% from 1 kHz to 5 kHz
- Termination: dual banana plugs


The Camos BTA Bluetooth adapter is the first device of its kind. The kit includes a cable to connect the Bluetooth adapter to a 2 way radio. The kit also includes a cable that plugs into a Motorola GMRS/FRS radio which allows wireless transmission of the 2 way radio to the Camos Bluetooth headset. The BTA-R activates the microphone function via a Handlebar mounted Push-to-Talk button which is included in the kit. This allows you to communicate with other riders using GMRS/FRS products so you can get miles of communication with as many of your friends as you like.
What makes the BTA-R different is the unit has a switch on the side that can be used to convert the BTA-R to a Bluetooth adapter for stereo audio applications. The BTA-R can be used to send full 24 bit stereo audio from your audio device (ie. GPS, MP3 player) wirelessly to the Camos BTS headset. The sound quality is so good that it is difficult to tell there are no wires! The BTA-R can be charged via the BTS wall charger or via the included USB cable.


Galaxy S4 Mini-Octa-Core, Exynos 7870
- 13MP primary camera with f1.9 with auto focus and rear flash and 13MP front facing camera
- 13.88 centimeters (5.5-inch) FHD Display with 1080 x 1920 pixels resolution
- Android v7.1 Nougat operating system with 1.6GHz Exynos 7870 octa core processor
- 4GB RAM, 64GB internal memory expandable up to additional 256GB and dual SIM (nano+nano) dual-standby (4G+3G)
We select our products based on quality. All our products are guaranteed to be of premium quality.


Search results for “Superconductivity part 1”
Covers a test method for the determination of the d.c. critical current of Cu/Nb-Ti composite superconductors that have a copper/superconductor ratio larger than 1. This method is intended for use with superconductors that have critical currents less than 1000 A and n-values larger than 12, under standard test conditions and at magnetic fields less than or equal to 0,7 of the upper critical magnetic field….
Describes a “reference” method for the determination of the residual resistance ratio (RRR) of a composite superconductor comprised of Nb-Ti filaments and Cu, Cu-Ni or Cu/Cu-Ni matrix. This method is intended for use with superconductors that have a rectangular or round cross-section, RRR less than 350, and cross-sectional area less than 3 mm2. All measurements shall be done without an applied magnetic field. Optional acquisition methods are outlined in annex A….
The Hyatt Regency Hotel, Columbus, Ohio was the venue for the 1995 Cryogenic Engineering Conference. The meeting was held jointly with the International Cryogenic Materials Conference. Jim Peeples, of CVI, Inc., was conference chairman. Columbus is the home of the Battelle Memorial Institute, a pioneer in cryogenic materials development; the home of CVI, Inc., and Lake Shore Cryotronics, Inc., two leading manufacturers of cryogenic equipment; and it is the home of Ohio State University, where re…
Specifies the measurement method of total AC losses by the pickup coil method in Cu/Nb-Ti composite superconducting wires exposed to a transverse alternating magnetic field. The losses may contain both hysteresis and coupling losses. The standard method to measure only the hysteresis loss in DC or low-sweep-rate magnetic field is specified in IEC 61788-13….


Supplier ‘out of this world.’
A Scottish firm is flying high after supplying specialist parts for the next generation of space-going communications satellites.
Rubberatkins, an Aberdeen based rubber moulding firm, provided components for part of a planned new mobile phone network circling nearly 500 miles above the Earth’s surface.
Elon Musk’s Space-X project provided the reusable rocket to deliver the payload into low orbit.
The Tesla founder and Pay Pal entrepreneur’s plans to dominate the space race faced a major set-back when one of his craft exploded during refuelling at Cape Canaveral last September.
But the firm celebrated a successful launch and return of the second stage rocket to Earth on Saturday.
Rubberatkins, which has been delivering specialised moulded products since 1988, manufactured specialist elastomeric diaphragms used in the propellant tanks for Iridium’s 10 satellites.
The diaphragms are responsible for separating the propellant, hydrazine, from pressurised gas.
Nick Atkins, MD of Rubberatkins commented: “It is exciting and rather cool to think that a component we manufactured here in Aberdeen is now in orbit above us.
“It is a great compliment for Rubberatkins employees to have been selected as a supplier for such an important satellite component based on our outstanding technical capabilities and quality.”
The satellite network will eventually form part of a communications “constellation” providing global coverage.
The 10 that were delivered on Saturday will be tested in low orbit before being moved to a current generation device before taking over responsibility.
The old devices will be de-orbited once the new network is in place.Back to latest news


4641 interactive exercises at KlasCement
This animation shows how breathing works with insects.
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The animation shows how a sensory stimulus can lead to a motor reaction.
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The electrical appeal between a positive and a negative charge is visualized in this animation.
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Animation displaying the magnetic field around a horseshoe magnet.
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This animation explains the life cycle of a sailing step by step.
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This animation shows that the earth carries out an elliptical and no circular path around the sun.
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The animation explains step by step how an image can be formed using X-rays.
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The animation shows the operation of a DC motor.
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This animation shows the movement of a pressure wave.
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The animation shows how a three-phase engine works.
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XOX70 Web VIA JSON
Please use below JSON file while we are working to have the final firmware merged to QMK master.
To load JSON
- Visit https://usevia.app/settings (do so with supported browser such as Google Chrome etc)
- Link daughter board and main PCB with JST cable provided, then connect to your computer
- Click "Authorize Device" shown in the page
- Select XOX70 in the Pop up
- Click the "Gear" button on the top bar and turn on "Show Design tab"
- Click on the "Paint Brush" button on the top bar and click on "Load Draft Definition"
- Select the correct JSON file matching with your PCB (Solder or Hotswap)
- Correct layout should show up in the configuration window now
- Go to the configure window and have fun
This is a temporary workaround until our firmware been approved and merged into QMK Master, when this is completed you no longer need to perform the steps above.
This version of JSON is only compatible with Web VIA, desktop version is no longer supported
We recommended all users to update to the firmware version below
XOX70 Hotswap V3.1 firmware HERE
XOX70 Solder V3.1 firmware HERE
Firmware V3.1 resolved a few outstanding issue we been notified by the community
- Fix an issue where user have to disconnect then connect after Windows System wake up from sleep mode
- Fix an issue where Badge LED only mode does not function properly on Hotswap PCB
- Fix an issue where holding "ESC" button not allowing user to enter into flshing mode
Flashing Steps(prior to v3.1):
- Putting the PCB in flash mode. You'll know the board is ready to be flashed when a new drive labeled RPI-RP2 shows up. This can either be found in ThisPC or on the Desktop for MacOS. Getting the PCB into 'flash' mode can be done in 2 different ways:
- Physical Reset Button - On the back of the PCB next to the MCU you'll find a button labeled RESET, hold down the button, whilst holding down plug in the USB cable.
- Step 2 Now that you have the drive open the board is ready for flashing, click and drag the xox70_hotswap_via.UF2 firmware file into the drive. The PCB will automatically restart with the updated firmware.


The Kelfar MIDI Controller Pro is an ultra compact keyboard peripheral for musicians, DJs, sound engineers, and other music professionals, enabling real-time adjustments of the 127 standard, system-exclusive MIDI messages on a wide range of keyboards.
Midi Controller Pro is ideal for a variety of applications from music studio productions to live performances. From a simple three-button, three-character display interface via a MIDI OUT port you apply the Transpose (Note Shift) function in semitones up or down an octave, as well as store presets and exercise a variety of real-time recall modes to send these MIDI messages to the keyboard:
Control Change (CC)
Program Change (PC)
Pitch Bend (PB)
With Midi Controller Pro, you can also advance to a programmed song, select System Common and System Real-Time Settings (Time Clock) and apply MTC or MIDI Transport Controls (Start, Continue, and Start) as defined by MIDI Standards. The Time Clock can be used to control the beats per minute (BPM). New “tap tempo” feature allows you to tap the buttons to change the tempo quickly and easily.
Supported keyboards include General MIDI 2 (Korg and other devices with the GM2 logo), Roland GS, Yamaha XG, Ketron, General Transpose “Coarse Tune,” General Transpose “Coarse Tune” , Yamaha MOTIF XF, and Yamaha MOTIF XS.
MIDI Controller Pro is powered from any USB port or with a 5-volt power adapter (included with purchase).


Leica Geovid 8x42 HD-B 3000
The new Leica Geovid 8x42 HD-B 3000 allows for the first time ever a linear distance determination of up to 2,500 meters. The Leica Geovid HD-B 3000 offers a globally unique combination of ABC ballistic, optical quality and ergonomic design. The ballistic measurement values are available in three output formats: bridging, click adjustment and equivalent horizontal range (EPD). Air pressure, temperature, and angle are also included in the measurements and calculate the correct target with the highest precision. With a microSD memory card and the Leica ballistic calculator, users can import their individual ballistic parameters into their Leica Geovid HD-B 3000 and thus receive measurement data that is perfectly adjusted to load and caliber. In addition to the improved distance determination for long distances, this model is equipped with a newly designed LED display, which allows excellent readability of the measured data under all light and weather conditions.


Home » Trending » Student Experiment Sheds Light On The Potential Dangers Of Wi-Fi Router!
A student put cress seeds next to Wi-Fi router to see if they will grow healthy, she discovered that the cress that are kept as far away as possible for the router become green and grow in a health way. And if the seeds are next to the router will mostly mutate or die.
Lea’s experiment shows that Wi-Fi radiation can also affect on your elements. Lea says that they all now sleep with no phone in the same room. And the computers are always off.
A renowned professor at the Karolinska Institute in Stockholm, Olle Johansson, says that Lea’s experiment was brilliant, and his team are now going to repeat it with his students to see if there are more dangers of it.
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What We Do
We Check the Battery
The ED18 Diagnostic Test Results detect three possible conditions of your battery:
- Bad: Replace your car battery as soon as possible (ASAP).
- Marginal: Prone to failure in moderate to extreme heat or cold. Battery performance abruptly drops from this point.
- Good: Retest the battery in about 1 year.
We Replace the Battery
- Remove the old battery and recycle it in an environmentally friendly manner.
- Clean battery terminals with an acid-fighting spray.
- Place and secure a new manufacturer approved premium Interstate® battery in your car.
- Install anti-corrosion pads at the battery terminals.
- Connect cables to the battery terminals.
- Spray terminals with an anti-corrosion spray.
Why We Do It
- Interstate Batteries® guarantees 18 month free replacement and prorated replacement up to 75 months if your battery fails to start your vehicle.
- The Bottom Line: Helps prevent stressful situations.
Car batteries are the unsung heroes of transportation. They are ready to provide the essential electrical charge needed to fire up your vehicle’s engine, so you can start your journey. Without a healthy battery, your car is just a hunk of plastic and metal parked in the driveway.


At ST, we are 46,000 creators and makers of semiconductor technologies mastering the semiconductor supply chain with state-of-the-art manufacturing facilities. ST works with more than 100,000 customers and thousands of partners to design and build products, solutions, and ecosystems that address their challenges and opportunities. Our technologies enable smarter mobility, more efficient power and energy management, and the wide-scale deployment of the Internet of Things and 5G technology.
Nuestro compromiso con el talento
As one of the world’s largest semiconductor companies, we believe we can make a valuable contribution to raising awareness in young people about the importance of Science, Technology, Engineering and Mathematics (STEM) subjects and inspiring the next generation to explore STEM-related careers. Our ambition is to prepare the future by supporting education and events like Talent Land to inspire young people to choose science and engineering studies and careers as well to Engage innovation hubs to nurture future business opportunities.
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Monitor your pot on the stove and keep track of the cooking state with your iPhone/Apple Watch/Apple TV without watching it yourself.
Universal Design | Wireframe | Prototypes | Interaction Design for iPhone / Apple Watch / Apple TV
People with hearing loss may have trouble taking care of their pot, like hearing the pot boiling when they are busy cooking, not facing the stove, or have to leave kitchen for a while.
This project tries to solve such problem through an monitoring app using mobile phone camera to detect boiling status, and then notify user by Apple Watch & Apple TV.
I am into universal design and assistant device for people with hearing loss, because I have encountered many difficulties in daily life due to my double-sided hearing loss. I think it’d be wonderful to design some solutions for people who have similar difficulties whether they have normal hearing or not.
I started from the iPhone platform, then I explored the possibility with Apple Watch and Apple TV platforms. Throughout the process, I simplified the user flow and app structure to improve the user experience and make it more intuitive.
In the beginning of this project, I imagined to set up a wireless camera above the stove and link it with iPhone for detecting boiling. Here are the scenario mockup, app map and some views of the wireframe I designed for the monitoring app on iPhone:
Photo credit: Roast Chicken & Bone Broth from Debra Lynn Dadd
After user tested the paper prototype of the wireframe, I got some feedbacks: the navigation flow of the wireframe was said to be too complex. While user could figure out where to touch, there’s too much mental load for learning the flow. So I simplified the structure and user flow in this prototype version. In addition, the wireless camera was said to be unnecessary — directly using the phone camera for monitoring, and Apple Watch for notifying would be more straightforward and easier to use — and without the need to buy an additional wireless camera.
During the previous prototype’s user testing, users didn’t realize the two bars in the home view was touchable, without the “>” chevron icon. And I got some feedback that the landing experience would be better if user could view the camera immediately after they opened the app, which would allow them to know it’s working as a monitor, and would help them adjust the position of phone, because only after correctly placing their iPhone above the stove could user start monitoring (i.e. tapping “start”). Same problem with Apple Watch — the camera and status should be the first view, before alerts would show. And I found that my previous design for Apple Watch didn’t follow Apple Watch HIG. Thus, I further adjusted the design and made it an single-view app with multiple alerts and status bar displaying on both iPhone and Apple Watch.
Apple TV Wireframe
After playing with my friend’s Apple TV, I thought that an Apple TV version would be an interesting add-on for this app. Maybe, when waiting for boiling, user could leave the kitchen and easily monitor the pot and track the process with a glimpse of the TV. So I designed the wireframe for Apple TV:
Apple TV Prototype
After user tested the paper prototype of the wireframe, I found that there’s a need to edit the timer using the TV. So I added a view for that.
In addition, while Apple TV didn't provide a picture-in-picture function, that would still be a nice way to monitor the pot when watching TV. So I designed a mock-up view for future reference.
In this project, I learned that to achieve same goal through different devices, I’d need to design and think differently. For example, iPhone could carry out the core task and settings, Apple Watch could be an extension for portability and quick notification’s purpose, and Apple TV could be yet another extension for more informative/detail monitoring’s purpose on a big screen (and, were there no technical limits, for monitoring the pot while watching TV at the same time). Thus, how to define and allocate different jobs to the most suitable devices, and to minimize the user flow / app structure to serve the functionality in an integrated way, is the main challenge in this project. Here I see both the value of designer’s creativity and design strategy (user testing).


Eagle Security & Sound provides network cable wiring installation for voice, data, video and multi media systems. Network wiring makes sure all your systems work properly.
Point of Sale Wiring (POS)
Modern POS systems are a combination of hardware and software that often includes a barcode scanner, card reader, cash drawer, and receipt printer.
A Structured Network Panel
A Structured Network Panel or SNP, is used to accept and send out signal. Structured cabling can support all of the systems in you home/office.
Ethernet cables are best for connecting phones, computer networks, home automation, and audio/video distribution systems.
Coaxial cables are used to carry TV, CCTV and cable internet signal. Coaxial cables are compatible and adaptable, and provide very good picture quality and prevent static.


“We’re confident the Arctic is greening, but we want to do a better job incorporating new satellite and drone remote sensing data with field measurements to understand where, why and how vegetation is changing across the Arctic domain.” — Logan Berner
New research published in Nature Climate Change brings together remote sensing scientists and field ecologists to provide a better understanding of how vegetation is changing throughout the Arctic.
GEODE lead Scott Goetz and assistant research professor Logan Berner collaborated with 38 other co-authors to lay out a research framework to better characterize how vegetation changes vary across space and time and among various satellite data sets, as well as how the changes are interpreted and integrated with field measurements.
“The aim of this research is ultimately to understand how satellites can provide better information on how much carbon is being removed from the atmosphere by Arctic vegetation relative to how much carbon is being released through permafrost thawing and fire. What is mitigating additional warming and what is exacerbating additional warming?” — Scott Goetz