System Vision Design - Research in the past

Systems

• VCS-IV: Real-time Visual Processing System using a Vision Chip (2003-2005)
• A Programmable Vision Chip with 64x64 pixels (2001-2004)
• Vision Chip Controller Integrated with RISC Microprocessor (2001-2005)
• A Bit-level Compiler for Massively Parallel Vision Chips (2005-2007)
• High Speed Target Tracking Vision Chip (2000-2007)
• CPV: Column Parallel Vision System (1999-2002)

Architectures and Circuits

• Image-moment Sensor (2004-)
• 320x240 Pixel Chip using Dynamic Logic Circuits (2008-)
• 128x128 Pixel Chip and Small Sensor Board (2007-)
• Interleaved Pixel Lookup (2008)
• Shared-Memory Multi-SIMD Architecture (2006-2007)
• Parallel Extraction Architecture for Numerous Particles (2004-2005)
• Dynamically Reconfigurable SIMD Architecture (2001-2004)
• Massively Parallel Vision Chip Architecture (1997-2001)

Algorithms and Applications

• Research outline of "Book Flipping Scanning"
• BFS-Auto: High Speed & High Definition Book Scanner (2012-)
• Real-time 3D Page Tracking and Book Status Recognition (2012-)
• High-speed and High-definition Document Digitalization System based on Adaptive Scanning using Real-time 3D Sensing (2011-)
• Automatic page turner machine for Book Flipping Scanning (2012-)
• Document Digitization and its Quality Improvement using a Multi-camera Array (2014-)
• Digitization of Deformed Documents using a High-speed Multi-camera Array (2011-)
• BFS-Solo: High Speed Book Digitization using Monocular Video (2013-)
• Reconstruction of 3D Surface and Restoration of Flat document Image from Monocular Image Sequence (2011-)
• High-accuracy rectification technique of deformed document image using Tiled Rectangle Fragments (2014-)
• Document Image Rectification using Advance Knowledge of 3D Deformation
• Estimation of Non-rigid Surface Deformation using Developable Surface Model (2009-)
• Proof-of-concept prototype for Book Flipping Scanning (2009-)
• Sequential 3D reconstruction for a moving object based on time-series propagation using high-speed cameras (2014-)
• High-Resolution Surface Reconstruction based on Multi-level Implicit Surface from Multiple Range Images (2012-)
• High-resolution Shape Reconstruction from Multiple Range Images (2009-)
• Real-time Shape Measurement of a Moving/Deforming Object (2006-)
• Processor for High-speed Moment-based Analysis of Numerous Objects (2006-)
• Real-time Particle Measurement/Fluid Measurement (2006-)
• Human Gait Estimation Using a Wearable Camera (2010-)
• Synchronized Video: An Interface for Harmonizing Video with Body Movements (2009-)
• VolVision: High-speed Capture in Unconstrained Camera Motion (2011-)
• The Deformable Workspace: a Membrane between Real and Virtual Space (2008-)
• In-air Typing Interface for Mobile Devices (2009-)
• Wide Range Image Sensing Using a Thrown-up Camera (2009-)
• 3D Object Pose Estimation using an Analysis-by-Synthesis Method (2009-)
• Multi-frame Simultaneous Alignment for Reconstruction of a High-resolution 3D Shape (2007-)
• Surface Image Synthesis of Spinning Cans (2009-)
• Stereo Vision using Prior Knowledge for Artificial Objects (2009-)
• High-S/N Imaging of a Moving Object using a High-frame-rate Camera (2008-)
• Zooming Touch Panel (2007-)
• Video Mosaicing using a High-frame-rate Camera (2009)
• PTZ Control of a Remote Camera with Head Tracking (2008-2009)
• Fast Finger Tracking System for In-air Typing Interface (2006-2009)
• Real-time Visual Measurement: Target Counting / Rotation Measurement (2002-2005)
• Multi-Target Tracking Algorithm (2002-2005)
• A Software-Controlled Pixel-Level A-D Conversion Method (2002-2003)
• High Speed Target Tracking using Self Windowing (1993-1999)