Ubiquitous Computer Vision in IoT
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The presentation by Nazli Temur discusses the relationship between computer vision, ubiquitous computing (ubicomp), and the Internet of Things (IoT), highlighting how ubicomp serves as a superset of IoT with distinct functionalities. It emphasizes the potential of computer vision to enhance IoT by enabling machines to perceive and interpret visual data similar to humans, while addressing challenges such as security and privacy. The conclusion suggests that integrating computer vision into IoT can significantly drive innovation and change in the technology landscape.
Ubiquitous Computer Vision in IoT
- 1. PRESENTED BY NAZLI TEMUR Ubiquitous Computer Vision in IoT
- 2. Presentation Overview THINGS WE'LL COVER • Description Computer Vision, Ubicomp, IoT • IoT and Ubicomp Difference • Direction of Change • Ubicomp Dream • Current Stage - Video • Working on Computer Vision? • Pitfalls • Becoming The Game Changer • Revolution on IoT • Conclusion
- 3. Computer Vision: enabling computers to see, identify and process images in the same way that human vision does. Main purpose is to create machines that can see like humans.
- 4. Ubiquitous Computing: Having computational capability in many different objects,
- 5. Iot: Internet of things, Having objects all connected to an internet
- 6. Ubicomp is basically superset of IoT IoT evolved from Ubicomp Ubicomp vs IoT Ubicomp will fall into H-M. IoT will fall M-M There are 3 types of interactions H-H,H-M,M-M Ubicomp can occur using any device, in any location, any format,any time IoT is network of things connected to internet Internet UbiComp was designed to make objects intelligent richer interaction, the IoT was much more focussed on virtual representations of automatically identifiable objects Purpose
- 7. ‘Ubiquitous computing names the third wave in computing, just now beginning. First were mainframes, each shared by lots of people. Now we are in the personal computing era, person and machine staring uneasily at each other across the desktop. Next comes ubiquitous computing, or the age of calm technology, when technology recedes into the background of our lives’ THE DISAPPEARING COMPUTER MARK WEİSER
- 9. Computers embedded on everything. Computers are simple. Computers are networked. Autonomous, Intelligent, Decentralised, Ubicomp Dream
- 10. We can inspire from our brain while designing Ubicomp
- 11. MIND'S EYE Why Computer Vision ? Visual 50% Other 50% "Half of the human brain is devoted directly or indirectly to vision." said Prof. Mriganka Sur from MIT Brain and Cognitive Science.
- 12. Mind's Eye Complex areas of the brain work cooperatively, rather than in a rigid hierarchy.. Brain cooperate to process visual information such as vertical or horizontal orientation, color, size, shape, movement, and distinctions between overlapping objects.
- 13. Today's Pitfalls: Security, Too general, Not intelligent enough, World is full of uncertainty Is the potential loss of what privacy worth the convenience of the ubiquitous technology?
- 14. Computer Vision will revolutionize IoT
- 15. CREATING INTELLIGENT AUTONOMOUS AND NETWORKED DEVICES NECESSARY, BUT ONLY OVER THE IP NETWORK IS QUESTIONABLE. (CONTEXT-AWARENESS İS MİSSİNG) WHAT ABOUT THIS UBICOMP :D Why IoT Revolution?
- 16. Game Changer At a certain point, some problems would be best be solved by letting the machine learning system do the entire job end-to-end. End to End All Internet connected devices yes even your refrigerator are potential hacker targets. Cost is your privacy Security “Traditional programs flow only from inputs to outputs,” With PP, in contrast, you could ask the program to infer the inputs based on the outputs received. Fighting Uncertainty
- 17. FUTURE MACHINES WILL BECOME SMARTER, BETTER H-M UNDERSTANDING IS POSSIBLE WITH BETTER UBIQUITY CONCLUSION Let's shape %50 with Computer Vision
- 18. LET'S WONDER TOGETHER. Contact Me Ankara Mailing Address temur.nazli@gmail.com E-Mail