Internet: Communicating in New Media In our 15 minute video available at www.videolanguagenetwork, we interview Tom who creates videos for a political satire website. In this interview, Tom, a New Yorker discusses the future of new media, his website and its future, the budgets of these videos, how he personally uses the Internet and the way the Internet has changed our way of communicating. Focus on: the expression million-dollar question, uses of new and news, future in the past, use of numbers as measurement, the contraction dont and making adverbs. This free video is part of a 15 minute full lesson available at www.videolanguagenetwork.com . Come get your full lesson and start learning English NOW with Video Language Network. Tell your friends Video Rating: 5 / 5
Lecture Series on Communication Engineering by Prof.Surendra Prasad, Department of Electrical Engineering ,IIT Delhi. For more details on NPTEL visit nptel.iitm.ac.in Video Rating: 4 / 5
The Nakagawa Laboratory is researching communication using visible light, an everyday phenomenon all around us. The Nakagawa Lab is a world pioneer in visible light communication. Professor Nakagawa and Professor Haruyama serve as Honorary Chairman and Chairman of the Visible Light Communication Consortium. Along with many businesses, the Consortium is working to standardize visible light communication. At Keio Techno-Mall in December 2009, there were demos of visible light communication, and the latest research results were presented. Q. Regarding the specifics of our research, the idea is to use the light you can see from LED lighting, traffic signals, and signs to send information. If that becomes possible, then because LED lighting is used in lots of places, people would be able to use a ubiquitous network. In one of the demos at Keio Techno-Mall, a robot was controlled using visible light communication. Position data is sent using visible light to control the robot, which has an image sensor as well as a light sensor. The robot can determine its own position, based on data about the position of the light source. Q. In this demo, the scenario is that these sensors are attached to a wheelchair, and position data is received from the LED lighting in a hospital, to guide the patient to a doctor. In the Nakagawa Lab, another example of visible light communication is a demo wireless LAN system that uses visible light to achieve a speed of 100 Mbps. If such systems can be … Video Rating: 4 / 5
Chips as mini Internets
Li-Shiuan Peh, an associate professor of electrical engineering and computer science at Massachusetts Institute of Technology (MIT), wants cores to communicate the same way computers hooked to the Internet do: By bundling the information they transmit … Read more on R & D Magazine
Iran denies has plan to cut Internet access
Iran has denied online reports surfacing Tuesday that it plans to cut access to the Internet in August and replace it with a national intranet, according to a statement by the ministry of communication and information technology. Read more on Bangkok Post
Microsoft fires latest salvo in patent war with billion purchase from AOL
AOL announced Monday that it is selling more than 800 patents to Microsoft for $ 1 billion, marking the latest salvo in the tech industry's all-out war over who controls the most lucrative ideas powering the Internet and smartphones. Read more on Washington Post
SpeakLogic.org – This is a video tutorial about the Speak Logic Information Analysis for Internet Explorer. The Speak Logic Information Analysis for Internet Explorer enables users to analyze information and communications from their browsers. While reading a website, someone might find that the content of page needs to be analyzed. The Speak Logic Information Analysis for Internet Explorer enables users to analyze the contents of webpages. For version 2012 principle tools are added ability to identify principles in selection, relate selection with principles, and interpret principles
Newton Institute Web Seminars: newton.ac.uk/webseminars Distributed protocols for peer to peer file sharing, streaming video, and video on demand have revolutionised the way the majority of information is conveyed over the Internet. The peers are millions of computers, acting as both clients and servers, downloading and uploading information. Information to be shared is broken into chunks, and the chunks are traded among peers in the network. There can be turnover in the set of chunks of information being collected and/or in the set of peers collecting the information. Coding, in which groups of chunks are combined to form new chunks, can enhance the collection process. The systems are distributed and scalable. The theory for understanding peer to peer systems has lagged far behind our ability to mathematically model, predict, and optimize system performance. In this talk I shall discuss stochastic models, mathematical results, and challenges relating to the performance of peer to peer communication in large networks. Video Rating: 4 / 5
