Lecture Notes in Computer Science

By: Alessandro Pasetti

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Paperback | 29 January 2002

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312 Pages

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22.86 x 15.24 x 1.91

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Although framework technology has proven its worth as a software reuse technique in many domains, there have been reservations regarding its application in embedded systems, mostly due to limited CPU and memory resources. Recent hardware advances, however, have changed this picture.
This book shows how object-oriented software frameworks can be applied to embedded control systems. A case study of a framework using a set of application dependent design patterns for the orbit control system of satellites is presented.

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Introduction and Context	p. 1
The Embedded Software Problem	p. 1
Empowering Application Specialists	p. 6
The Component Software Challenge	p. 9
Objectives and Contributions	p. 13
Attitude and Orbit Control Systems (AOCS)	p. 17
AOCS Systems	p. 17
AOCS Functions	p. 19
AOCS Operational Modes	p. 23
AOCS Units	p. 25
The AOCS Software	p. 26
The AOCS and Other Control Systems	p. 27
Software Frameworks	p. 29
Frameworks, Components, and Inheritance	p. 33
A More Complete View of Software Frameworks	p. 34
Frameworks and Autocoding Tools	p. 40
The Methodological Problem	p. 41
Design Patterns and Abstract Interfaces Vs. Concrete Objects	p. 42
Support for Design Patterns and Hot-Spots	p. 43
Iterative System Specification	p. 44
Design and Architecture	p. 44
A Methodology for Frameworks	p. 46
Framelets and Implementation Cases	p. 49
The Framelet Concept	p. 49
Implications for the Design Process	p. 52
Framelets, Design, and Architecture	p. 52
Framelets and Aspect-Oriented Programming	p. 54
Framelet Features	p. 56
Framelet Constructs	p. 57
Framelet Heuristics	p. 57
Framelets in the AOCS Framework	p. 59
Related Approaches	p. 60
The Implementation Case Concept	p. 62
The Three Roles of Implementation Cases	p. 63
Implementation Case Scenarios and Extensions	p. 64
Description of Implementation Cases	p. 65
Framework Specification	p. 69
How Important Is Specification?	p. 69
An Alternative Specification Approach	p. 71
An Example from the AOCS Case Study	p. 75
Framework Design	p. 79
Overall Approach	p. 79
Alternative Approaches	p. 82
The Framework Concept Definition Phase	p. 83
Definition of General Design Principles	p. 84
Identification of Domain Abstractions	p. 85
Construction of the Framework Domain Model	p. 85
Identification of Framework Hot-Spots	p. 86
Identification of Framework Design Patterns	p. 86
Framelet Identification	p. 87
Identification of Implementation Cases	p. 87
Identification of Alternative Solutions	p. 87
Framelet Concept Definition	p. 87
Identification of Exported Interfaces and Implementations	p. 88
Identification of Framelet Hot-Spots	p. 88
Definition of Applicable Design Patterns	p. 89
Definition of Framelet Contribution to the Framework	p. 89
Definition of Framelet Contribution to Reusability	p. 89
Framelet Architectural Definition	p. 90
Definition of Framelet Constructs	p. 90
Definition of Framelet Hot-Spots	p. 91
Definition of Framelet Functionalities	p. 91
Framework Design Description	p. 92
Framework Concept Definition	p. 92
Framelet Concept Definition	p. 92
Framelet Architectural Definition	p. 94
Overview of Design Description Techniques	p. 94
Framelet Interactions	p. 95
Examples from AOCS Case Study	p. 96
The User's Perspective	p. 99
A Reuse-Driven Development Process	p. 99
The Functionality Concept	p. 101
Functionality Types	p. 102
Mapping Functionalities to Architectural Constructs	p. 104
Completeness of Description	p. 105
Mapping Requirements to Functionalities	p. 106
Functionalities in the AOCS Framework	p. 108
Alternative Approaches	p. 108
General Structure of the AOCS Framework	p. 111
The RTOS Example	p. 111
The Lesson for the AOCS	p. 113
Telemetry Management in the AOCS Framework	p. 115
Controller Management in the AOCS Framework	p. 117
The Manager Meta-pattern	p. 120
Overall Structure	p. 121
Architectural Infrastructure	p. 123
Hierarchies of Design Patterns	p. 123
The Framework Design Process	p. 125
From Design to Architecture	p. 126
Related Work	p. 128
General Design Principles	p. 131
Boundary Conditions	p. 131
An Object-Oriented Framework	p. 131
A Component-Based Framework	p. 132
Delegation of Responsibility	p. 133
Multiple Implementation Inheritance	p. 133
External Interfaces	p. 133
Basic Classes	p. 133
Time Management	p. 134
Language Selection	p. 135
Execution Time Predictability	p. 135
Scheduling	p. 136
A Framelet-Based Framework	p. 138
The System Management Framelet	p. 141
The System Management Design Pattern	p. 141
The System Reset Function	p. 142
The System Configuration Check Function	p. 143
Storage of Configuration Data	p. 144
Reusability	p. 144
The Object Monitoring Framelet	p. 147
Properties and Property Objects	p. 147
Change Objects	p. 148
The Monitoring Design Patterns	p. 150
The Direct Monitoring Design Pattern	p. 150
The Monitoring through Change Notification Design Pattern	p. 151
Implementation Case Example-1	p. 153
Implementation Case Example-2	p. 154
Alternative Solutions	p. 155
Reusability	p. 156
The Operational Mode Management Framelet	p. 159
The Mode Management Design Pattern	p. 160
Mode Change Actions	p. 163
Coordination of Operational Mode Changes	p. 163
AOCS Mission Mode Manager	p. 164
Reusability	p. 165
The Intercomponent Communication Framelet	p. 167
The Shared Event Design Pattern	p. 167
The Shared Data Design Pattern	p. 169
AOCS Data	p. 170
Data Pools	p. 173
Implementation Case Example-1	p. 174
Implementation Case Example-2	p. 175
Implementation Case Example-3	p. 177
Alternative Implementations	p. 178
Reusability	p. 180
The Sequential Data Processing Framelet	p. 183
Control Channels	p. 184
The Control Channel Design Pattern	p. 186
Implementation Case Example	p. 189
Alternative Solutions	p. 190
Reusability	p. 192
The AOCS Unit Framelet	p. 193
Abstract Unit Model	p. 194
The AocsUnit Class	p. 197
The AOCS Unit Housekeeping and Functional Interfaces	p. 198
Unit Triggers	p. 200
Hardware Unit Components	p. 202
Fictitious AOCS Units	p. 203
The Fictitious Unit Design Pattern	p. 204
Implementation Case Example	p. 205
Reusability	p. 207
The Reconfiguration Management Framelet	p. 209
Some Definitions	p. 209
The Reconfiguration Management Design Pattern	p. 210
Intersection and Nesting of Reconfiguration Groups	p. 213
Direct Access to Redundant Components	p. 214
Preservation of Configuration Data	p. 215
Reusability	p. 215
The Manoeuvre Management Framelet	p. 217
Manoeuvre Components	p. 217
The Manoeuvre Design Pattern	p. 218
Manoeuvre Initiation	p. 220
Alternative Solution	p. 220
Reusability	p. 221
The Failure Detection Management Framelet	p. 223
Overall Approach	p. 223
Failure Detection Checks	p. 224
Consistency Checks	p. 224
Property Monitoring	p. 225
The Failure Detection Design Pattern	p. 227
Alternative Approaches	p. 228
Failure Isolation	p. 228
Reusability	p. 230
The Failure Recovery Management Framelet	p. 233
Failure Recovery Actions	p. 233
Failure Recovery Strategy	p. 234
Failure Recovery Design Pattern	p. 235
Implementation Case Example-1	p. 237
Implementation Case Example-2	p. 239
Alternative Implementation	p. 241
Reusability	p. 241
The Telecommand Management Framelet	p. 243
The Telecommand Management Design Pattern	p. 243
The Telecommand Transaction Design Pattern	p. 246
Telecommand Loading	p. 247
Implementation Considerations	p. 249
Implementation Case Example	p. 250
Reusability	p. 251
The Telemetry Management Framelet	p. 253
The Telemetry Management Design Pattern	p. 253
Implementation Case Example	p. 256
Functionality List Example	p. 257
Alternative Implementation	p. 260
Reusability	p. 261
The Controller Management Framelet	p. 263
The Controller Design Pattern	p. 263
The Controller Abstraction	p. 264
Implementation Case Example	p. 266
Reusability	p. 268
The Framework Instantiation Process	p. 271
Step-by-Step Instantiation	p. 271
Framework Overheads	p. 276
Appendix	p. 279
References	p. 285
Index	p. 291
Table of Contents provided by Publisher. All Rights Reserved.

Lecture Notes in Computer Science

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