Description
This textbook deals with the basics and methods of photogrammetry and laser scanning which are used to determine the form and location of objects, with measurements provided by sensors placed in air planes as well as on terrestrial platforms. Many examples and exercises with solutions are included. Photogrammetry, Laserscanning.
Chapter
3 Photogrammetric recording systems and their application
pp.：
51 – 63
3.2 Photochemical image recording
pp.：
63 – 87
3.1 The basics of metric cameras
pp.：
63 – 63
3.3 Photoelectronic image recording
pp.：
87 – 109
3.4 Digitizing analogue images
pp.：
109 – 122
3.5 Digital image enhancement
pp.：
122 – 126
3.6 Image pyramids/data compression
pp.：
126 – 144
3.7 Aerial cameras and their use in practice
pp.：
144 – 147
3.8 Terrestrial metric cameras and their application
pp.：
147 – 179
4 Orientation procedures and some methods of stereoprocessing
pp.：
179 – 196
4.1 With known exterior orientation
pp.：
196 – 197
4.2 With unknown exterior orientation
pp.：
197 – 200
4.3 Relative orientation
pp.：
200 – 209
4.4 Absolute orientation
pp.：
209 – 235
4.5 Image coordinate refinement
pp.：
235 – 246
4.6 Accuracy of point determination in a stereopair
pp.：
246 – 254
5 Photogrammetric triangulation
pp.：
254 – 262
5.2 Block adjustment by independent models
pp.：
262 – 264
5.1 Preliminary remarks on aerotriangulation
pp.：
262 – 262
5.3 Bundle block adjustment
pp.：
264 – 285
5.4 GPS- and IMU-assisted aerotriangulation
pp.：
285 – 292
5.5 Georeferencing of measurements made with a 3-line camera
pp.：
292 – 293
5.6 Accounting for Earth curvature and distortions due to cartographic projections
pp.：
293 – 296
5.7 Triangulation in close range photogrammetry
pp.：
296 – 298
6 Plotting instruments and stereoprocessing procedures
pp.：
298 – 302
6.2 The principles of stereoscopic matching and measurement
pp.：
302 – 311
6.1 Stereoscopic observation systems
pp.：
302 – 302
6.3 Analogue stereoplotters
pp.：
311 – 313
6.4 Analytical stereoplotters
pp.：
313 – 316
6.5 Digital stereoplotting equipment
pp.：
316 – 322
6.6 Computer-supported manual methods of analysis
pp.：
322 – 323
6.7 Operator accuracy with a computer assisted system
pp.：
323 – 333
6.8 Automatic and semi-automatic processing methods
pp.：
333 – 339
7 Orthophotos and single image analysis
pp.：
339 – 382
7.1 Perspective distortion in a metric image
pp.：
382 – 383
7.2 Orthophotos of plane objects
pp.：
383 – 389
7.3 Orthophotos of curved objects
pp.：
389 – 396
7.4 Analogue, analytical and digital single image analysis
pp.：
396 – 409
7.5 Photo models
pp.：
409 – 412
7.6 Static and dynamic visualizations
pp.：
412 – 415
8 Laser scanning
pp.：
415 – 416
8.1 Airborne laser scanning
pp.：
416 – 416
8.2 Terrestrial laser scanning
pp.：
416 – 435
8.3 Short range laser scanning
pp.：
435 – 444
Appendices
pp.：
444 – 448
Completion of the references
pp.：
448 – 465
Photogrammetry
：Geometry from Images and Laser Scans
( De Gruyter Textbook )
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