Fotogrametri
atau aerial surveying adalah teknik pemetaan melalui foto udara.
Hasil pemetaan secara fotogrametrik berupa peta foto dan tidak dapat
langsung dijadikan dasar atau lampiran penerbitan peta.
Pemetaan secara
fotogrametrik tidak dapat lepas dari referensi pengukuran secara terestris,
mulai dari penetapan ground controls (titik dasar kontrol) hingga kepada
pengukuran batas tanah. Batas-batas tanah yang diidentifikasi pada peta foto
harus diukur di lapangan.
Chapter I.
Introduction
1.1. Definition, Types, and
Merits
1.2. Maps and Images
1.3. Applications
1.4. History and Developments
1.5. Processing and Production
Chapter II.
Principles of Photography and Imaging
2.1. Fundamental Optics
2.2. Lenses
2.3. Image Intensity Illuminance,
Aperture,
Focal Length, Shutter Speed, and
Emulsion
Sensitivity
2.4. Metric and Non-Metric
Cameras
2.5. Digital Images (B/W & Color)
Chapter III.
Cameras
3.1. Types of Cameras
3.2. Close-Range Cameras
3.3. Aerial Cameras
3.4. Satellite Cameras
Chapter IV.
Camera Calibration
4.1. Interior Orientation
Parameters
4.2. Items of Calibration
4.3. Calibration Methods
4.4. Resolving Power
Chapter V. Image
Measurements and Refinements
5.1. Objectives
5.2. Image Coordinate System
5.3. Measuring Methods
5.4. Refinements of Measured Coordinates
Chapter VI.
Object Coordinate Systems
6.1. Introduction
6.2. Geocentric and Geodetic
Coordinates
6.3. Map Projection
6.4. Orthometric Height and Ellipsoid Height
Chapter VII.
Vertical Photographs
7.1. Introduction
7.2. Geometry and Scale
7.3. Relief Displacement
7.4. Stereo pairs
7.5. Parallax
7.6. Parallax Equations
Chapter VIII.
Tilt Photographs
8.1. Introduction
8.2. Angular Orientation in Tilt,
Swing, and Azimuth
8.3. Angular Orientation in
Omega-Phi-Kappa
8.4. Derivation of Collinearity
Condition Equations
8.5. Tilt Corrections
Chapter IX.
Fundamental Mathematics in
Photogrammetry
9.1. Introduction
9.2. Collinearity Condition
Equations
9.3. Modeling for Exterior
Orientation Parameters
(EOPs)
9.4. 3-D Object Determination
9.5. Orthorectification
9.6. Epipolar Geometry
9.7. Relative Orientation and Absolute Orientation
Chapter X.
Digital Image Matching
10.1. Introduction
10.2. Features for Matching
10.3. Point Matching Methods
10.4. The Aid of Epipolar
Geometry
10.5. Applications of Image Matching
Chapter XI.
Photo Triangulation
11.1. Introduction
11.2. Close-Range Photo
Triangulation
11.3. Aerial Photo Triangulation
11.4. Satellite Photo Triangulation
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