Integrating Photogrammetric Techniques with Scene Analysis and Machine Vision III: 21-23 April, 1997, Orlando, Florida Book

	Conference Committee
	Introduction
	Processing of three-line imagery on a digital photogrammetric workstation	2
	Automatic aerotriangulation: concept, realization, and results	11
	Potential of digital photogrammetric systems	18
	Adaptive automatic terrain extraction	27
	Object-oriented software design in semiautomatic building extraction	37
	Interpretation of networks from satellite data: adequacy of the imagery and cartographic applications	50
	Map feature examination of RADARSAT for geospatial utility and imagery enhancement opportunities	55
	Preliminary results on the analysis of HYDICE data for information fusion in cartographic feature extraction	67
	Evaluation of a new method of satellite scanner resection	87
	Semantic objects and context for finding roads	98
	Automatic road extraction from grey-level images based on object database	110
	Extraction of 3D linear features from multiple images by LSB-snakes	119
	MOMS-02/D2 DTM generation using intensity-based least squares matching techniques	132
	Structural matching for nonmetric images	143
	Feature matching for automatic generation of distortionless digital orthophoto	153
	First results of parallel global object reconstruction using digitized aerial photographs	165
	3D approach for semiautomatic extraction of man-made objects from large-scale aerial images	176
	Comparative analysis of hierarchical triangulated irregular networks to represent 3D elevation in terrain databases	188
	Triangulated irregular network (TIN) representation quality as a function of source data resolution and polygon budget constraints	199
	Acquisition of 3D urban models by analysis of aerial images, digital surface models, and existing 2D building information	212
	Automatic building extraction using a combination of spatial data and digital photogrammetry	223
	Geometric constraints on hypothesis generation for monocular building extraction	231
	Surface microstructure extraction from multiple aerial images	251
	Improving reconstruction of man-made objects from sensor images by machine learning	263
	Automated exterior orientation of large-scale imagery using map data	276
	Automatic aerotriangulation with frame and three-line imagery	286
	Object model construction by invariance and photogrammetry	295
	Segmentation design for an automatic multisource registration	307
	Model-to-SAR image registration	318
	Processes to support error estimation for Model Supported Positioning	326
	Addendum	337
	Author Index	338