Just In
- 1 hr ago OPPO F25 Pro New Coral Purple Colour Variant Launched in India; Where to Buy?
- 2 hrs ago New Nothing Tech Coming Soon? Teaser Suggests Ear (3) Launch
- 3 hrs ago Amazon Invests $2.75 Billion in ChatGPT, Google AI Rival Anthropic, Spending a Total of $4 Billion
- 3 hrs ago Busted! A Bizarre iPhone Scam Lands Mastermind a 4-Year Prison Sentence: Here’s What He Did
Don't Miss
- Movies Yeh Rishta Kya Kehlata Hai Controversy | Pratiksha’s Friend Hints At Shehzada Influencer Her: She’s Upset…
- Finance RBI Announces Monetary Policy Committee Meeting Schedule For FY25; Street Expects No Change In April
- Lifestyle Aditi Rao Hydari Marries Siddharth, Exploring Heeramandi Star's Ethnic Style Statements, Bookmark Now!
- Education OAVS Teacher Direct Recruitment 2024; Apply online for 1386 Posts, Check out for more details
- Sports RCB vs KKR Head To Head Stats, Results & Record in M Chinnaswamy Stadium, Bengaluru Ahead of IPL 2024 Match 10
- Automobiles Suzuki V Storm 800 DE India Launch On March 29 – All Details Here Including Specs
- News US Meddling In India: List Of US Interventions In Internal Affairs from Kejriwal To Manipur Violence
- Travel Explore Tamil Nadu's Diverse Wedding Venues
First hidden, real-time, screen-camera communication created
Researchers have created the first form of real-time communication that allows screens and cameras to talk to each other without the user knowing it.
Using off-the-shelf smart devices, the new system supports an unobtrusive, flexible and lightweight communication channel between screens (of TVs, laptops, tablets, smartphones and other electronic devices) and cameras.
Recommended: Top 10 Dual SIM Android Lollipop Smartphones in India Under Rs 8,000
The system called HiLight will enable new context-aware applications for smart devices, thus opening the way for new applications of such devices.
Such applications include smart glasses communicating with screens to realise augmented reality or acquire personalised information without affecting the content that users are currently viewing.
The system also provides far-reaching implications for new security and graphics applications.
In a world of ever-increasing smart devices, enabling screens and cameras to communicate has been attracting growing interest.
"The idea is simple: information is encoded into a visual frame shown on a screen, and any camera-equipped device can turn to the screen and immediately fetch the information," the authors from Dartmouth College in New Hampshire said.
The screen-camera communication is free of electromagnetic interference, offering a promising alternative for acquiring short-range information.
"Our work provides an additional way for devices to communicate with one another without sacrificing their original functionality," said senior author Xia Zhou, assistant professor and co-director of the DartNets (Dartmouth Networking and Ubiquitous Systems) Lab.
The findings are set to be presented at the ACM MobiSys 2015, a conference in mobile systems, applications and services, in Florence, Italy this week.
Source: IANS
Source: dartnets.cs.dartmouth
-
99,999
-
1,29,999
-
69,999
-
41,999
-
64,999
-
99,999
-
29,999
-
63,999
-
39,999
-
1,56,900
-
1,39,900
-
1,29,900
-
79,900
-
65,900
-
12,999
-
96,949
-
16,499
-
38,999
-
49,999
-
30,700
-
23,990
-
1,25,999
-
36,999
-
38,999
-
1,17,840
-
35,000
-
23,960
-
82,510
-
11,999
-
25,999