The BDTI OpenCV Executable Demo Package is an easy-to-use tool which allows anyone with a Windows computer and a web camera to experiment with some of the algorithms in OpenCV v2.3. After downloading the installer zip file, double-click on the zip file to uncompress its contents, then double-click on the… Introduction To Computer Vision Using […]
Introduction To Computer Vision Using OpenCV (Software Demo) Read More +
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
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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 +
By J. Scott Gardner April 8, 2011 To read this article as a pdf file, click here. For many of us, the idea of computer vision was first imagined as the unblinking red lens through which a computer named HAL spied on the world around itself in 2001: A Space Odyssey (Arthur C. Clark
Challenges to Embedding Computer Vision Read More +
Jeff Bier, Founder of the Embedded Vision Alliance, interviews Jitendra Malik, Arthur J. Chick Professor of EECS at the University of California at Berkeley, on August 17, 2011. Bier and Malik discuss computer vision's history, current status, and future trends. This is part one of a three-part video series. Please click here for part two.
Interview With Professor Jitendra Malik, UC Berkeley, Part One (August 17, 2011) Read More +
Jeff Bier, Founder of the Embedded Vision Alliance, interviews Jitendra Malik, Arthur J. Chick Professor of EECS at the University of California at Berkeley, on August 17, 2011. Bier and Malik discuss computer vision's history, current status, and future trends. This is part two of a three-part video series. Please click here for part three.
Interview With Professor Jitendra Malik, UC Berkeley, Part Two (August 17, 2011) Read More +
Jeff Bier, Founder of the Embedded Vision Alliance, interviews Jitendra Malik, Arthur J. Chick Professor of EECS at the University of California at Berkeley, on August 17, 2011. Bier and Malik discuss computer vision's history, current status, and future trends. This is the final part three of a three-part video series.
Interview With Professor Jitendra Malik, UC Berkeley, Part Three (August 17, 2011) Read More +
By Michael Tusch Founder and CEO Apical Limited Camera designers have decades of experience in creating image processing pipelines which produce attractive and/or visually accurate images, but what kind of image processing produces video which is well-purposed for subsequent analytics? It seems reasonable to begin by considering a conventional ISP (image signal processor). After all,
How Does Camera Performance Affect Analytics? Read More +
By Eldad Melamed Project Manager, Video Algorithms CEVA To read this article as a pdf file, click here. Much like the human visual system, embedded computer vision systems perform the same visual functions of analyzing and extracting information from video in a wide variety of products. In embedded portable devices such as Smartphones, digital cameras, and
Design Guidelines for Embedded Real-Time Face Detection Applications Read More +
by Shehrzad Qureshi Senior Engineer, BDTI May 14, 2011 A typical processing pipeline for computer vision is given in Figure 1 below: The focus of this article is on the lens correction block. In less than ideal optical systems, like those which will be found in cheaper smartphones and tablets, incoming frames will tend to
Lens Distortion Correction Read More +
Here you’ll find a wealth of practical technical insights and expert advice to help you bring AI and visual intelligence into your products without flying blind.
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