Presentation Index

Presentation Index

1 PPT Slide	2 SRM tutorial	3 Prerequisite	4 Outline
5 PPT Slide	6 In the beginning ...	7 PPT Slide	8 Other interoperability examples
9 Why is accuracy needed for coordinate transformations?	10 Target shooting at a visible target in the real world	11 Simulation of target shooting at a visible target	12 Servicing a non-visible target in the real world
13 Augmented Transverse Mercator(ATM) example	14 SRM requirements	15 Location is not enough	16 The scope of the SRM
17 It’s a Loooong way up	18 The SRM encompasses more than the Earth	19 The SRM requires a shared solution	20 SRM goals
21 SRM concepts	22 Key concepts (Preview)	23 Key concepts (Preview)	24 Key concepts (Preview)
25 SRM concepts	26 Spatial objects and object-space	27 Spatial objects and object-space	28 SRM concepts
29 Position-space and embeddings	30 Position-space and embeddings	31 Position-space and embeddings	32 Position-space and embeddings
33 7 parameter transformation	34 SRM concepts	35 How are embeddings specified?	36 Reference datums
37 Reference datum (RD)	38 Reference datum (RD)	39 3D point RDs	40 3D directed curve RDs
41 Oriented surface RD (planes)	42 Oriented surface RD (ellipsoids)	43 Standard reference datums	44 RD bindings
45 RD bindings and embedding compatibility	46 RD bindings and embedding compatibility	47 Object reference models	48 Object reference models
49 Object reference model template	50 ORMT example	51 Realization of an ORMT	52 3D ORMTs
53 standard ORMs	54 ORMT realization example	55 Binding categories	56 ORMs vs. object models
57 SRM concepts	58 Coordinate Systems (CS)	59 Coordinates for position-space	60 Coordinate system type
61 Coordinate system characteristics	62 Spherical CS specification Part 1	63 Spherical CS specification Part 2	64 Lococentric spherical CS
65 Coordinate surfaces and curves	66 Coordinate surfaces and curves	67 Map projections	68 Map projections
69 Map projections	70 Map projection distortion	71 Map projections	72 Azimuth
73 Convergence of the Meridian	74 Map projection as a surface CS	75 Augmented map projections	76 Augmented map projections
77 Augmented map projections	78 Geometry: coordinate-space vs. position-space	79 Standard coordinate systems	80 Surface CS induced on a coordinate surface
81 Temporal CS	82 Spatial coordinate systems	83 Spatial coordinate systems	84 Spatial coordinate systems
85 Spatial coordinate systems	86 SRM concepts	87 Spatial reference frame (SRF)	88 Spatial reference frame
89 Celestiodetic SRF	90 Celestiodetic SRF	91 Local tangent space Euclidean SRF	92 Local tangent space Euclidean SRF
93 Local tangent space Euclidean SRF	94 Local tangent space Euclidean SRF	95 Local tangent space Euclidean SRF	96 Local tangent space Euclidean SRF
97 Local tangent space Euclidean SRF	98 Local tangent space Euclidean SRF	99 Canonical Local tangent space Euclidean SRF	100 SRF templates
101 SRFTs for 3D object-space	102 SRFTs for 3D object-space	103 SRF example	104 SRFTs for 2D object-space
105 Reference vectors	106 Reference vectors	107 SRM concepts	108 Earth surfaces
109 Vertical offset model (VOM)	110 Vertical offset model (VOM)	111 SRM concepts	112 Spatial operations
113 Change of embeddings	114 Change of embeddings	115 Coordinate transformation	116 Change SRF operations
117 Coordinate conversion	118 Change SRF operations	119 Change SRF operations	120 Spatial operations
121 Abstract API	122 SRM API	123 SRM API object hierarchy (1 of 6)	124 SRM API object hierarchy (2 of 6)
125 SRM API object hierarchy (3 of 6)	126 SRM API object hierarchy (4 of 6)	127 SRM API object hierarchy (5 of 6)	128 SRM API object hierarchy (6 of 6)
129 SRM API non-object functions	130 Abstract API examples	131 Abstract API examples	132 SRM API Implementation
133 Computational considerations	134 Error sources in spatial operations software	135 Bounds checking	136 Distortion and computation error tradeoff
137 How should accuracy be specified?	138 Ground rules for spatial operations algorithm development	139 Ground rules for spatial operations algorithm development (cont’d)	140 Ground rules for spatial operations algorithm development (cont’d)
141 Ground rules for spatial operations algorithm development (cont’d)	142 Ground rules for spatial operations algorithm development (cont’d)	143 Ground rules for spatial operations algorithm development (cont’d)	144 Ground rules for spatial operations algorithm development (cont’d)
145 Spatial Operations	146 Quality assurance for spatial operations	147 The meaning of accuracy is context dependent	148 Conformance verification for the SEDRIS implementation
149 Acceptance testing methodology	150 The Structure of SRM ISO Standard ISO/IEC 18026 (Committee Draft)	151 Structure of the SRM ISO standard (1 of 2)	152 Structure of the SRM ISO standard (2 of 2)
153 SRM concept management	154 Further reading	.	.