Vision as understanding… • Beyond perception for autonomous mobility: Generating descriptions that enable complex autonomous behaviors • Naming objects and features – Identifying relations between them

Source URL: www.frontiersincomputervision.com

• Psychology
• Knowledge
• Neuroscience
• Experimental psychology
• Philosophy of mind
• Visual perception
• Mind
• Mental processes
• Perception

2013 IEEE Conference on Computer Vision and Pattern Recognition SLAM++: Simultaneous Localisation and Mapping at the Level of Objects Renato F. Salas-Moreno1 1

Source URL: homes.cs.washington.edu

• Imaging
• Match moving
• Object recognition
• Augmented reality
• 3D single object recognition
• Pose
• Simultaneous localization and mapping
• Graph
• Depth map
• Computer vision
• Vision
• Artificial intelligence

Physical Interaction for Segmentation of Unknown Textured and Non-textured Rigid Objects David Schiebener, Aleˇs Ude and Tamim Asfour Abstract— We present an approach for autonomous interactive object segmentation by

Source URL: h2t.anthropomatik.kit.edu

• Vision
• Image processing
• Object recognition
• Segmentation
• Pose
• Stereopsis
• Optical flow
• Humanoid robot
• Symmetry
• Computer vision
• Imaging
• Optics

Vision-based Reacquisition for Task-level Control Matthew R. Walter, Yuli Friedman, Matthew Antone, and Seth Teller Abstract We describe a vision-based algorithm that enables a robot to “reacquire” objects previously

Source URL: ttic.uchicago.edu

• Object recognition
• Pose
• Video tracking
• Robotics
• Segmentation
• Robot
• Scale-invariant feature transform
• 3D single object recognition
• Computer vision
• Vision
• Imaging

Members’ code of conduct Members of Vision 2020 Australia support the objects and purposes of Vision 2020 Australia and abide by the code of conduct. As a member of Vision 2020 Australia, ______________________________

Source URL: www.vision2020australia.org.au

Automated, Precise 3D Reconstruction with High-Resolution Projector-Camera Systems Johannes Köhler () Supervisor: Prof. Dr. Didier Stricker Digitalization of objects has a vast field of applicat

Source URL: www-hagen.cs.uni-kl.de

• Optics
• Structured-light 3D scanner
• Structured light
• 3D reconstruction
• Computer vision
• Computer animation
• 3D imaging
• 3D scanner
• Match moving
• Imaging
• 3D computer graphics
• Vision

Detect What You Can: Detecting and Representing Objects using Holistic Models and Body Parts Xianjie Chen1 , Roozbeh Mottaghi2 , Xiaobai Liu1 , Sanja Fidler3 , Raquel Urtasun3 , Alan Yuille1 1 University of California, L

Source URL: www.cs.toronto.edu

• Computer vision
• Object recognition
• Holism
• Segmentation
• Part-based models
• Document Object Model
• Imaging
• Computing
• Vision

Microsoft COCO: Common Objects in Context Tsung-Yi Lin1 , Michael Maire2 , Serge Belongie1 , James Hays3 , Pietro Perona2 , Deva Ramanan4 , Piotr Doll´ ar5 , C. Lawrence Zitnick5 1

Source URL: vision.ucsd.edu

• California Institute of Technology
• Caltech 101
• Image processing
• Segmentation
• Object detection
• Object recognition
• Stereopsis
• Object
• Category
• Computer vision
• Imaging
• Optics

HandiMate: Create and Animate using Everyday Objects as Material Jasjeet Singh Seehra 1 , Ansh Verma1 , Kylie Peppler 2 , and Karthik Ramani1 C Design Lab, Purdue University. 1 The Creativity Lab, Indiana University Bloo

Source URL: kpeppler.com

• Computer vision
• Gesture recognition
• Robotics
• Kinect
• SixthSense
• Human–robot interaction
• Robot
• Gesture
• International Space Station
• Human–computer interaction
• Spaceflight
• Virtual reality

Block Properties - Borders Page 1 Block Properties - Borders This paragraph should have a solid border, 3 pt thick. Top and bottom edges are black, and left and

Source URL: xep.xattic.com

• XSL Formatting Objects
• Computing
• Color
• Image processing
• Vision