[postlink]http://radical-technology.blogspot.com/2014/11/keiko-robot-patient-from-gifu-medical.html[/postlink]http://www.youtube.com/watch?v=EK5HtY1O6Boendofvid [starttext]Keiko is a patient robot. Young doctors can learn to diagnose diseases talking to Keiko. Keiko's father is Prof. Yuzo Takahashi, MD, PhD
[postlink]http://radical-technology.blogspot.com/2014/11/emospark-emotion-processing-unit-epu.html[/postlink]http://www.youtube.com/watch?v=nMRjSijBsLcendofvid [starttext]The human brain processes literally thousands of pieces of information each second, frequently without consciously realizing it. Registering these physically stimuli as simple everyday concepts such as sound, motion and color, the brain’s basic cognitive structure and wiring creates a memory bank of patterns from which impressions are drawn from and predictions about the future made.
Similarly, emotional stimuli also gets stored within the memory bank through emotional patterns or “fingerprints.” EmoSpark has developed an Emotional Profile Graph (EPG) which is used to register and develop over time a bank of emotional associations for each memory (data) within each cube. The EPG can communicate the data to other AI technologies, allowing them to virtually “understand” the user and elicit the same emotional response in kind. This response is then accurately conveyed to other AI technologies, allowing for a realistic range of expressions and interaction.
[postlink]http://radical-technology.blogspot.com/2014/09/what-is-node.html[/postlink]http://www.youtube.com/watch?v=BFwuV0KVLoMendofvid [starttext]
Mobile app developers, systems integrators, and entrepreneurs purchase NODE+motion to test the ways they analyze speed, acceleration, movement, direction, shock, tilt, magnetic fields, and more.
Various trials and experiments are underway around the world in segments that include, but are not limited to:
[postlink]http://radical-technology.blogspot.com/2011/08/new-map-technology-for-fishermen.html[/postlink]http://www.youtube.com/watch?v=NfaM3WjIaJMendofvid [starttext]This video provides an overview of the new features of Angling Technologies online interactive fishing map service. Users have more screen real estate to work with, a cleaner design that allows us to offer new and better features, and works on both desktop and mobile internet browsers.
[postlink]http://radical-technology.blogspot.com/2011/07/eye-on-innovation-3d-cinema.html[/postlink]http://www.youtube.com/watch?v=ShFw6vHqTsIendofvid [starttext] 3D movies have come and gone and come back again for decades. In the first of this four part series, learn how 3D cinematographers trick our brains into seeing depth on a flat screen and see projection technology from the 1950s "Golden Era" of 3D in action. (Parts 2 through 4 below.)
PART TWO
The spread of digital cinema technology has fueled the explosion of 3D movie making over the last few years. The versatility of digital gives even small theater owners the flexibility to project movies in 3D, so Hollywood can count on widespread distribution of its 3D products. In Part II of our 3D Cinema series, learn how today's most popular 3D cinema projection systems work.
PART THREE
Do 3D movies make you queasy?
This summer promises more 3D blockbusters, but not everyone will experience the 3D effects the same way. In Part 3 of our 3D Cinema series, learn why some people may find 3D movie viewing a little uncomfortable and others may actually never see in 3D at all!
PART FOUR
From enormous beamsplitter rigs to compact video cameras, digital 3D capture technology is rapidly evolving and giving 3D cinematographers a variety of options.
In the final episode of this four-part 3D Cinema series, learn about the latest tools available and discover the simple secret to making the most of the technology.
[endtext] 
