Presentation Index

 
_
 
1

PPT Slide

2

About this tutorial

3

Tutorial Outline

4

PPT Slide

5

Primary Aspects of SEDRIS

6

SEDRIS Is Not …

7

SEDRIS Is ...

8

SEDRIS Objectives

9

All Environmental Domains

10

An Integrated Model of the Environment

11

PPT Slide

12

Technology Components of SEDRIS

13

Applying SEDRIS Technologies

14

PPT Slide

15

Trends Impacting Environmental Data

16

Environment Representation Timeline

17

The Tough Problems

18

Commercial Process Issues

19

How SEDRIS has been Developed

20

Industry Associate Developers ...

21

More Associate Implementers

22

Development / Implementation Tasks

23

Other Participating Organizations

24

Supporting Organizations & Programs

25

… other Participants / Contributors

26

PPT Slide

27

Standards Development Objectives

28

ISO / IEC Standards

29

Standards Process Who is developing the Standard?

30

Participating in ISO / IEC Standards

31

Other Standards Activities

32

How the Pieces fit Together

33

How to Participate in SEDRIS Standards

34

PPT Slide

35

SEDRIS is about ...

36

SEDRIS Data Representation Model

37

The DRM is Composed of ...

38

Transmittal Root (example)

39

Features (example)

40

Geometry (example)

41

Data Table (example)

42

DRM Tutorial

43

PPT Slide

44

Representation begins with Location ...

45

Spatial Reference Model Requirements

46

Spatial Reference Frames

47

SEDRIS Spatial Reference Frames

48

SRM Tutorial

49

PPT Slide

50

An Environmental Data Coding Specification ...

51

Classifications (and Features)

52

Attributes (and Values)

53

Units of Measure and Scales

54

Putting EDCS Entries Together Clarify the Object’s Description

55

Why is this Hard?

56

EDCS Approach

57

The 9 EDCS Dictionaries

58

The 9 EDCS Dictionaries continued

59

The 9 EDCS Dictionaries continued

60

Context is Key

61

EDCS Tutorial

62

PPT Slide

63

Definitions

64

The SEDRIS API

65

EDCS and SRM API Functionality

66

API Tutorial

67

PPT Slide

68

SEDRIS Transmittal Format (STF)

69

Transmittal Format - Requirements

70

STF Design Features

71

PPT Slide

72

Applications Using Environmental Data

73

Why do we Model or Simulate?

74

Is Realness a Big Factor?

75

Consistent Representation of Reality?

76

Why the Need for Interoperability?

77

Interchange vs. Interoperability

78

The Interoperability Challenge

79

Interoperability Issues: Resampling & Interchange

80

Different Views of the Environment

81

Same Object - Differing Views

82

Six Interoperabilities of Data

83

Six Data Interoperabilities & SEDRIS

84

Interoperability & Interchange

85

Impact on Geometric Intervisibility

86

PPT Slide

87

What Constitutes a Database?

88

Database Generation & Sharing Today

89

Integration of Source Data is Complex

90

The Data Integration Challenge

91

PPT Slide

92

PPT Slide

93

PPT Slide

94

PPT Slide

95

Creating a Transmittal

96

Documentation

97

PPT Slide

98

Consuming SEDRIS Transmittals

99

Structures

100

Weather Effects

101

Characteristics of METOC Data

102

Atmosphere-Ocean Variables ...

103

METOC Data Sets

104

Complex Littoral Environments

105

PPT Slide

106

Changing Landscape

107

Changing Atmosphere

108

more Effects and Impacts

109

Support for Computer Generated Forces

110

Geo-Typical Environments

111

PPT Slide

112

Geotypical Cultural Features

113

Critical Areas: Database Generation

114

Some Key Things to Remember

115

PPT Slide

116

PPT Slide

117

SEDRIS in use Today Training Applications

118

PPT Slide

119

Terrain Data Fusion System (TDFS)

120

Close Combat Tactical Trainer (CCTT)

121

Prior CCTT Database Generation

122

CCTT Database Generation with SEDRIS

123

PPT Slide

124

PPT Slide

125

PPT Slide

126

PPT Slide

127

PPT Slide

128

PPT Slide

129

SEDRIS in use Today Analysis Applications

130

SEDRIS Import

131

SEDRIS in use Today Simulation – Based Acquisition

132

Joint Strike Fighter Generic Composite Scenario Multi-Spectral Data Base

133

Multi-Spectral Database (MSDB)

134

Multiple Representations, Multiple Uses

135

Sharing the MsDB through SEDRIS

136

Joint Modeling and Simulation System

137

SEDRIS Use in JMASS

138

SEDRIS in use Today Resource Repositories and Production Capabilities

139

Environmental Data Interchange

140

Integrated Natural Environment Authoritative Representation Process (INEARP)

141

Terrain Scenario Generation & Archiving

142

SEDRIS in use Today Entertainment

143

Entertainment Issues

144

Applied Entertainment Technology

145

SEDRIS in use Today more International Applications

146

EuroFighter (EF2000) Development

147

Other Procurements / Activities

148

SEDRIS in use Today Simulation Runtime Applications

149

The Environment Federation

150

SEDRIS at Runtime

151

PPT Slide

152

Tools and Utilities (Applications)

153

Synthetic Environment Evaluation - Inspection Tool

154

Automated Inspections Must Check?

155

PPT Slide

156

PPT Slide

157

PPT Slide

158

PPT Slide

159

PPT Slide

160

PPT Slide

161

Comparison with Current Practice

162

Repairs ...

163

SEDRIS Model Viewer

164

SEDRIS Side-by-Side Viewer

165

PPT Slide

166

SbS Tutorial

167

SEDRIS Navigator

168

Sample Screen Shots

169

Display Components

170

SEDRIS Wind Map

171

Coupled METOC Models

172

Ocean Profile Viewer

173

Very High Resolution Coastal Currents

174

Bathymetry and Water Volume Data

175

Underwater Acoustic Ray Trace Viewer

176

Highlights and Summary

177

For more information …

. . .