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Map data processing /
Map Data Processing is a collection of papers from a NATO study on the same subject. This collection deals with the exchange of ideas and setting directions in research, particularly in pattern-recognition-, image-processing-, and computer-related issues. The papers discuss the usefulness of compute...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor Corporativo: | |
| Otros Autores: | , |
| Formato: | Electrónico Congresos, conferencias eBook |
| Idioma: | Inglés |
| Publicado: |
New York :
Academic Press,
1980.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Cover image; Title page; Table of Contents; Inside Front Cover; Copyright; CONTRIBUTORS; PREFACE; Chapter 1: A MINICOMPUTER-BASED GEOGRAPHICAL DATA PROCESSING SYSTEM; 1 INTRODUCTION; 2 HARDWARE; 3 SYSTEM SOFTWARE; 4 DATA FORMATS; 5 USER SOFTWARE; 6 CONCLUSION AND OUTLOOK; ACKNOWLEDGMENTS; Chapter 2: SCAN DIGITIZATION OF CARTOGRAPHIC DATA; I INTRODUCTION; II SCANNING; III LINE THINNING; IV LINE FOLLOWING; V LINE WEEDING; VI ZONING AND DE-ZONING; VII DE-SYMBOLIZATION; VIII DISPLAY AND EDIT STATIONS; IX MANUAL DIGITIZATION; X AUTOMATIC CORRECTION; XI PREPARATION PRIOR TO SCANNING; XII FORMATS.
- XIII ECONOMICSChapter 3: SPATIAL DATA INTEGRATION; I INTRODUCTION; II SPATIAL DATA INTEGRATION; III SUMMARY; ACKNOWLEDGMENTS; Chapter 4: A SPATIAL DATA STRUCTURE FOR GEOGRAPHIC INFORMATION SYSTEMS; ABSTRACT; I INTRODUCTION; II VECTOR FORMAT SPATIAL DATA; III RASTER FORMAT SPATIAL DATA; IV RASTER FORMAT VS. VECTOR FORMAT; V CONCLUSION; Chapter 5: DESIGN OF A SPATIAL INFORMATION SYSTEM; I INTRODUCTION; II A SPATIAL DATA STRUCTURE; III THE SPATIAL INFORMATION SYSTEM; IV DISCUSSION AND CONCLUSIONS; Chapter 6: WHAT IS A "GOOD" DATA STRUCTURE FOR 2-D POINTS?; INTRODUCTION.
- Chapter 7: TREE STRUCTURES FOR REGION REPRESENTATION1 INTRODUCTION; 2 CONVERSION; 3 PROPERTY MEASUREMENT; 4 CONCLUDING REMARKS; Chapter 8: ANALYSIS AND MANIPULATION OF LINEAL MAP DATA; 1 INTRODUCTION; 2 ALGORITHMS; 3 CONCLUSIONS; ACKNOWLEDGMENT; Chapter 9: REPRESENTATION AND RECOGNITION OF CARTOGRAPHIC DATA; Publisher Summary; 1 INTRODUCTION; 2 CHAIN CODE; 3 POLYGONAL APPROXIMATIONS; 4 CONCLUSIONS; Chapter 10: THE EFFECTS OF GENERALIZATION IN GEOGRAPHICAL DATA ENCODING; I INTRODUCTION; II RASTER ACCURACY; III FRACTIONAL DIMENSIONALITY; IV SWITZER'S ANALYSIS.
- V VECTOR ACCURACY AND SPURIOUS POLYGONSVI CONCLUSIONS; Chapter 11: METHODOLOGICAL OBSERVATIONS ON THE STATE OF GEOCARTOGRAPHIC ANALYSIS IN THE CONTEXT OF AUTOMATED SPATIAL INFORMATION SYSTEMS; Publisher Summary; THE TOWER OF BABYLON; THE CARTOGRAPHIC DOMAIN; CARTOGRAPHY + COMPUTERS =?; THE DATA CRISIS; AUTOMATED SPATIAL INFORMATION SYSTEMS; IN CONCLUSION; Chapter 12: THE TRANSFER OF SOFTWARE SYSTEMS FOR MAP DATA PROCESSING; Publisher Summary; I INTRODUCTION; II TRANSFER OF SOFTWARE SYSTEMS; III CONCLUSIONS; ACKNOWLEDGMENTS.
- Chapter 13: PATTERN RECOGNITION PROBLEMS IN THE CLASSIFICATION OF MULTI-IMAGESI PATTERN CLASSIFICATION OF ASSEMBLIES; II UNSUPERVISED CLASSIFICATION OF IMAGES; ACKNOWLEDGMENTS; Chapter 14: A COMPARATIVE TEXTURE CLASSIFICATION EXPERIMENT; I INTRODUCTION; II TEXTURE FEATURES; III COMPARATIVE CLASSIFICATION STUDY; IV Summary; Chapter 15: SEGMENTATION TECHNIQUES AND PARALLEL COMPUTATION FOR IMAGE PROCESSING; Publisher Summary; I INTRODUCTION; II MAP IMAGES; III PURPOSE AND MEANING; IV BASIC DEFINITIONS; V THRESHOLDING AND EDGE DETECTION; VI SPLIT-AND-MERGE SEGMENTATION.