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Revealing Invisible Changes In The World

World



Our video that won an honorable mention in the NSF International Science & Engineering Visualization Challenge 2012, showcasing new algorithms we developed to analyze and reveal small imperceptible color and motion signals in videos.

Read more about the project here:

** NOTE: some of the results in this video were created using new, unpublished techniques, different from the original algorithm described in our SIGGRAPH 2012 paper. More details coming soon…

Link to the NSF Visualization Challenge website:

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37 pemikiran pada “Revealing Invisible Changes In The World”

  1. great work, we live in an incredible time when such advanced projects are avaliable for free to all of us. simply mind blowing.

    Balas
  2. Proof that God exists ! I filmed a Catholic confession box whilst the celibate priest listened to "sins" … the confession box would often vibrate / pulsate with a mounting frequency … Behold the power of God !

    Balas
  3. Perhaps reversal of the thematic algorithm could similarly provide important revelations, ie, finding objects that (comparatively) do not change in a sea of change.  Perhaps this strategy could be used to locate surface targets lost at sea?  

    Balas
  4. Question: How can it sense heartrate when that rate is changing? Can it check every frequency between 60-200 to find where the red flashing occurs?

    Balas
  5. This is amazing and I would love it in a smartphone app. I'm guessing it was used in the Kinect? I thought their heartrate sensor was just a side effect of using IR for depth, but this, this has way more applications! 

    Balas
  6. This will be great for DARPA's human hunter killer robots.  Great work assholes.  What's next?  How about developing some sort of disintegration weapons for DARPA to go along with their new life detection device.

    Balas
  7. Could this be used to monitor a pool full of kids swimming, monitoring their heartbeat and raising alarm for the safeguard when one start to raise above a certain level (like the kid is drowning)? 

    Balas
  8. I am hoping the pulse and respiration aspects of this will be quickly commercialized for the health care setting. The patient will get a monitor with camera – like most home computers now have. They can watch television or video-chat with relatives or the nursing desk. The camera will monitor their pulse and respiration. Those who are in stable condition can turn the camera off for privacy, but after a certain time interval a subtle alarm would remind them to turn it back on, or if there's no response it would come back on automatically to make sure the patient is ok.

    Balas
  9. Now all they need to do is incorporate this technology into cctv in airports and they will be better equipped to spot suspicious people!! 😀

    or.. we could use this technology to see if politicians might be lying when they address the nation!!! 😀

    Balas
  10. o_o a study of how these things happen in the movies would be quite interesting, how good are the actors, deduction would be great even if symptoms without infrared cameras in schools or hospitals.

    Balas
  11. this is nonsense, amplifing motion would be changing the motion, so making it something different from the actual – amplified. therefore not real.

    Balas
  12. So someone please write a piece of software for the iPhone or PC which can do this to my IPcam video of my newborn and provide an alert when breathing motion stops and I'll pay very good money for that app.

    Balas
  13. I'm a little nervous about this kind of technology being used by the government in CCTV or the American equivalent.

    Balas

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