Automatic Extraction of Man-Made Objects from Aerial Space Images

General Strategies.- Using Context to Control Computer Vision Algorithms.- Inferring Homogeneous Regions from Rich Image Attributes.- Stereo Reconstruction from Multiple Views.- Model Registration and Validation.- Automatic Matching of 3-D Models to Imagery.- Structural 3D-Analysis of Aerial Images with a Blackboard-Based Production System.- Semi-Automatic Detection and Extraction of Man-Made Objects in Multispectral Aerial and Satellite Images.- Information Extraction from Digital Images - A KTH Approach.- Linear Feature Extraction with Dynamic Programming and Globally Enforced Least Squares Matching.- Semi-Automatic Feature Extraction by Snakes.- From Ziplock Snakes to Velero(TM) Surfaces.- Building Extraction.- A Layered Abduction Model of Building Recognition.- Detection of Buildings from Monocular Images.- High-Resolution Stereo for the Detection of Buildings.- 3-D Reconstruction of Urban Scenes from Sequences of Images.- Automatic Extraction of Buildings and Terrain from Aerial Images.- Mid-Level Vision Processes for Automatic Building Extraction.- Geometrie Versus Texture Detail in 3-D Models of Real World Buildings.- Use of DTMs/DSMs and Orthoimages to Support Building Extraction.- Data Fusion for the Detection and Reconstruction of Buildings.- Building Extraction and Verification from Spaceborne and Aerial Imagery Using Image Understanding Fusion Techniques.- Building Extraction from Stereo Pairs of Aerial Images: Accuracy and Productivity Constraint of a Topographic Production Line.- Road Extraction.- Tracking Roads in Satellite Images by Playing Twenty Questions.- New Geometric Stochastic Technology for Finding and Recognizing Roads and Their Features in Aerial Images.- Road Tracing by Profile Matching and Kaiman Filtering.- Model-Based Road Extraction fromImages.- Map-Based Extraction.- Automatic Extraction and Structuring of Objects from Scanned Topographical Maps - An Alternative to the Extraction from Aerial and Space Images?.- Cooperative Use of Aerial Images and Maps for the Interpretation of Urban Scenes.- Map-Based Semantic Modeling for the Extraction of Objects from Aerial Images.- List of Workshop Participants.- Author Index.