EDUCATIONAL BOOK: PROBLEMS OF PHOTOGRAMMETRY II

    SUMMARY

    CONTENTS

    BIBLIOGRAPHIC REPORT

    COMPLEMENTARY BOOKS

                   Last updated: 08/02/07                                                

SUMMARY

This book is made for engineering students (specially those who study Surveying & Mapping) and for technicians dealing with photogrammetric techniques.

The aims are, on the one hand, to ease the understanding of a theoretic subject as it is the photogrammetry and, on the other hand, to help to increase the knowledge and training in photogrammetry.

This second completed book of photogrammetric problems, excluding the first chapter that covers aerial project planning, deals with typical widespread applications in both aerial and terrestrial analytical photogrammetry. There are problems solved about the computation of projection centres, relative orientation of stereopairs, coordinate transformations and blundle adjustments.

There are 16 problems solved and grouped in 5 thematic subjects.

In addition, there are 8 problems phrased.

^{[Problems] [Thematic subjects]}

CONTENTS

2 Problems solved on project planning. 1 Problem phrased.

5 Problems solved dealing with projection centres. 1 Problem phrased.

3 Problems solved on relative orientations by coplanarity. 2 Problems phrased.

4 Problems solved on coordenate transformations. 2 Problems phrased.

2 Problems solved involving the collinearity equations for the unkonwn elements of outer orientation and ground points. 2 Problems phrased.

^{[Thematic subjects]}

BIBLIOGRAPHIC REPORT

            TITTLE: Problemas de Fotogrametría II

            AUTHOR:  José Luis Lerma

          PUBLISHING HOUSE:  

                        Servicio de Publicaciones

                        Universidad Politécnica de Valencia

                        SPUPV - 99.4136

          YEAR:     1999

          I.S.B.N.:   84-7721-846-3

THEMATIC SUBJECTS

• Aerial project planning: flight planning, photo scale, flying height, ground coverage, number of photos and strips, etc.
• Projection centres. Several methods are applied, for instance, intersection of straight lines and spatial resection.
• Relative orientation. Empirical relative orientation and numerical relative orientations by means of coplanarity conditions.
• Coordenate transformations: planimetric, height and spatial, with and without coordenate reductions to centroids.
• Colinearity: computation of both outer orientation parameters and ground coordenates.

^{[Problems] [Summary]}

COMPLEMENTARY BOOKS

PROBLEMS OF PHOTOGRAMMETRY I

PROBLEMS OF PHOTOGRAMMETRY III

AEROTRIANGULATION: COMPUTATION AND ADJUSTMENT OF A PHOTOGRAMMETRY BLOCK

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