| Document Date: 2000-12-14 05:32:36
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City Berlin / Los Angeles / Amsterdam / Bristol / Publisher / / Company Lawrence Erlbaum Associates / Shared Presence Conference Systems / / Country Germany / Netherlands / / / IndustryTerm baseline algorithm / proposed matching algorithm / pre-processing step / A lot of disparity estimation algorithms / hybrid recursive estimation algorithm / immersive tele-conference systems / 1dimensional search / hybrid recursive matching algorithm / processor technology / immersive tele-presence systems / pixel-recursive algorithm / pure software solution / local search / real-time processing / real-time algorithms / post-processing / stereo applications / signal processing / real-time implementation / 1dimensional search algorithm / pure software implementations / acceptable trade-off making real-time processing / immersive tele-conferencing systems / 3D videoconferencing applications / optical flow algorithms / / Organization United Nations / Ministry of Science and Technology of the Federal Republic of Germany / Oliver Schreer Heinrich-Hertz-Institut / / Person Nicole Brandenburg / Oliver Schreer / J. L. Barron / Michael Karl / / Position D. J. / head / / RadioStation Fm 2 / / Technology 1dimensional search algorithm / optical flow algorithms / baseline algorithm / Machine Vision / MPEG / video conferencing / pixel-recursive algorithm / processor technology / MPEG-4 / recently proposed matching algorithm / hybrid recursive matching algorithm / real-time algorithms / FDE algorithm / 800 MHz processor / hybrid recursive estimation algorithm / Image Processing / A lot of disparity estimation algorithms / / URL http /
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FAST HYBRID BLOCK- AND PIXEL-RECURSIVE DISPARITY ANALYSIS FOR REAL-TIME APPLICATIONS IN IMMERSIVE TELE-CONFERENCE SCENARIOS Peter Kauff, Nicole Brandenburg, Michael Karl, Oliver Schreer Heinrich-Hertz-Institut, Berlin Ei