By Eric Gregori Senior Software Engineer and Embedded Vision Specialist BDTI The name OpenCV has become synonymous with computer vision, but what is OpenCV? OpenCV is a collection of software algorithms put together in a library to be used by industry and academia for computer vision applications and research (Figure 1). OpenCV started at Intel […]
Introduction To Computer Vision Using OpenCV (Article) Read More +
This BDTI project evaluated high-level synthesis tools that use C code (or other high-level languages) to generate FPGA designs. As part of the tool evaluation, BDTI implemented an optical flow algorithm operating on high-definition video using a sub-$30 FPGA.
Demonstration of Optical Flow algorithm on an FPGA Read More +
After having recently shown us some visionary beyond-game-console applications for the Kinect gesture interface peripheral, Microsoft appears to be ready to "put its money where its mouth is." As first (at least in my RSS feed suite) reported by VentureBeat, the company has partnered with an investment firm called TechStars (which, per its website, "provides
Microsoft’s Kinect: Startup Investments And PC Enhancements Read More +
Last Thursday, I shared a concept video from Microsoft that showcased a number of under-development and beyond-gaming implementations of the company's Kinect stereo vision peripheral. Today, I'll pass along a bigger-picture visionary clip from Microsoft, which you can find above. Unlike John Gruber, I don't particularly think that vision videos are a waste of corporate
In a "treat, not trick" move appropriate for the day (Halloween) in which it occurred, Microsoft officially announced on October 31 that (as had already been suspected) it is planning to release a commercial version of the Kinect SDK early next year. As I mentioned in earlier coverage, the current "beta" tag translates into a
Embedded vision, as I've discussed many times before, will only attain high-volume success when it achieves widespread consumer awareness. A company called Bodymetrics, as recently reported in Gizmodo, is doing its part to actualize that aspiration. First, you slip into the company's scanning booth (which is reminiscent of a clothing try-on room), currently installed at
“Dahling, You Look Mahvelous”: Embedded Vision Brings Fashion Into Focus* Read More +
When it rains, it pours. That's the thought I keep having of late, as announcement after announcement validates the burgeoning trend of using cameraphones' image sensors for gesture interface purposes. One week ago, for example, I mentioned the Windows Phone-based version of Kinectimals. Later that same day, I pointed out some patents (both applied for
I've often heard it claimed that Microsoft's Research Labs is the only remaining substantial-sized industry R&D arm, subsequent to the demise of Bell Labs and the downsizing of folks like Xerox PARC. While I don't have any particular interest in confirming or refuting the claim, what I will say with confidence is that the multi-site,
A Microsoft Research Mashup: Kinect + Augmented Reality = A Holodeck Mockup Read More +
Whatever Microsoft pioneers, Apple sooner or later seemingly reproduces (and visa versa). Earlier today, I mentioned that Microsoft's just-released Kinectanimals for Windows Phone game title leverages front-facing image sensors on smartphones for gesture interface purposes. Judging from a recently filed patent, Apple has similar aspirations…or at least wants to use its intellectual property as leverage
Products Versus Patents: Does Apple Also Plan Gesture-Enhanced Handsets? Read More +
One notable optics omission from Nokia's first two Windows Phone O/S-based handsets, a writeup on which I just published, is that they don't include the front-facing cameras which Windows Phone v7.5 supports for the first time, and which other OEMs are including in their new "Mango"-based handsets. The omission is especially surprising given that Nokia's
Microsoft Kinectimals: Gesture-Based Interfaces Come To Smartphones Read More +
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