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KinEmote - Free XBox Kinect Software for Windows

KinEmote - Free XBox Kinect Software for Windows

OpenNI - OpenNI > Home Rochester Institute of Technology Site-wide links Menu Mobile App Search Rochester Institute of Technology Give to RIT More Stories » Welcome Quick Links Select a destination Quick Links myRIT LOGIN myRIT Login Video Spotlight Robotic Chimes made by Engineering Students Watch the video News Book addresses economic impact of invasive species » Student identifies optical lithography solutions » Bevier Gallery displays young students’ best art » Visit University News for more news coverage. Connect with RIT 41,276 likes 9,099 followers 1,122 subscribers 83,729 followers Mobile at RIT View More » Events January 24Intersession/Spring Semester Break January 24 - 25Women's hockey vs. January 27Spring Semester day, evening, and online classes begin January 30Expressions of King's Legacy Celebration » January 31Gospel Fest » February 8Men's hockey vs. February 14Transfer Student Open House » See alsoevents calendar »academic calendar »multicultural calendar » Copyright © Rochester Institute of Technology.

Kinect for Windows Software and Multitouch Monitors The Khronos Group Inc. Kinect PowerPoint Control Trackmate 1. Print Tags Trackmate uses a small, specially designed circular barcode that stores information which can be easily decoded by the Trackmate Tracker. 2. There are a lot of different ways that you can build a Trackmate system. 3. The Trackmate Tracker reads Trackmate tags (by processing images from a webcam) and then sends the corresponding data to any spatial application via LusidOSC. 4. Trackmate sends object data via LusidOSC (a protocol layer for unique spatial input devices), allowing any LusidOSC-based application to work with the system.

MinGW | Minimalist GNU for Windows Why Do We Need Limits and Infinitesimals? So many math courses jump into limits, infinitesimals and Very Small Numbers (TM) without any context. But why do we care? Math helps us model the world. But, we want an accurate model. The tricky part is making a decent model. The Paradox of Zero Breaking a curve into rectangles has a problem: How do we get slices so thin we don’t notice them, but large enough to “exist”? If the slices are too small to notice (zero width), then the model appears identical to the original shape (we don’t see any rectangles!). If the slices are tiny but measurable, the illusion vanishes. We want the best of both: slices so thin we can’t see them (for an accurate model) and slices thick enough to create a simpler, easier-to-analyze model. The Solution: Zero is Relative The notion of zero is biased by our expectations. Well, “i” sure looks like zero when we’re on the real number line: the “real part” of i, Re(i), is indeed 0. You see, there are two answers (so far!) Overview of Limits & Infinitesimals Summary

Hugin - Panorama photo stitcher Why Some People See Sound | Flash Illusions Some people may actually see sounds, say researchers who found this odd ability is possible when the parts of the brain devoted to vision are small. These findings points to a clever strategy the brain might use when vision is unreliable, investigators added. Scientists took a closer look at the sound-induced flash illusion. When a single flash is followed by two bleeps, people sometimes also see two illusory consecutive flashes. Past experiments revealed there are strong differences between individuals when it comes to how prone they are to this illusion. These differences suggested to de Haas and his colleagues that maybe variations in brain anatomy were behind who saw the illusion and who did not. On average, the volunteers saw the illusion 62 percent of the time, although some saw it only 2 percent of the time while others saw it 100 percent of the time. "If we both look at the same thing, we would expect our perception to be identical," de Haas told LiveScience.

Parallel Programming and Computing Platform | CUDA What is CUDA? Enroll today! Intro to Parallel Programming An open, online course from Udacity Instructors: Dr. John Owens, UC Davis and Dr. CUDA® is a parallel computing platform and programming model invented by NVIDIA. With millions of CUDA-enabled GPUs sold to date, software developers, scientists and researchers are finding broad-ranging uses for GPU computing with CUDA. Identify hidden plaque in arteries: Heart attacks are the leading cause of death worldwide. Analyze air traffic flow: The National Airspace System manages the nationwide coordination of air traffic flow. Visualize molecules: A molecular simulation called NAMD (nanoscale molecular dynamics) gets a large performance boost with GPUs. Background GPU Computing: The Revolution You're faced with imperatives: Improve performance. Not anymore. Visit CUDA Zone for examples of applications in diverse vertical markets… and awaken your GPU giant. History of GPU Computing Tools and Training

Revs Program at Stanford | Connecting the past, present and future of the automobile Main Page

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