Object Oriented Computer Systems Engineering (Applied Computing)

Derrick Morris

ISBN 10: 3540760202 / ISBN 13: 9783540760207

Editore: Springer, 1996

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346 pages. French language. 9.50x6.25x0.75 inches. In Stock.

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Dati bibliografici

• Titolo: Object Oriented Computer Systems Engineering (Applied Computing)
• Editore: Springer
• Data di pubblicazione: 1996
• Lingua: Inglese
• ISBN 10: 3540760202
• ISBN 13: 9783540760207
• Rilegatura: Paperback
• Condizione: Brand New
• Peso: 0,52 chilogrammi

Descrizione articolo

Riassunto

This is the first book to concentrate on hardware and software co-design. The authors focus on applied development issues, addressing the problems associated with the design and development of computer-based systems, and covering the types of systems that

Contenuti

1 Introduction to Computer Systems.- 1.1 Structure of the Book.- 1.2 Definition of Computer Systems.- 1.3 Computer Systems Technology.- 1.4 Introduction to Computer Systems Engineering.- 1.5 The Characteristics of Computer Systems.- 1.6 Recorded Experiences with Computer Systems.- 2 Engineering Computer Systems.- 2.1 Terminology of the Development Process.- 2.2 Software Engineering Paradigms.- 2.3 Approaches to Computer System Development.- 2.4 System Development Tools.- 2.5 Model-based Object Oriented Systems Engneering (MOOSE).- 3 Methods of Analysis and Design.- 3.1 Structured Methods.- 3.2 Object Oriented Software Development.- 3.3 Concluding Remarks.- 4 An Object Oriented Notation for Computer System Models.- 4.1 Features of the Notation.- 4.2 Extending the Mechanisms of Object Orientation.- 4.3 Definition of the MOOSE notation.- 4.4 Summary.- 5 Developing a Computer System Architecture.- 5.1 The MOOSE Architectural Models.- 5.2 Analysing and Classifying Requirements.- 5.3 Creating a MOOSE Behavioural Model.- 5.4 Constructing the Domain Model.- 5.5 Summary.- 6 Creating an Executable Model of a Computer System.- 6.1 Creating an Executable Model.- 6.2 Creating Class Definitions for Primitive Objects.- 6.3 Comparing an Executable Model to an Implementation.- 6.4 The Dynamics of an Executable Model.- 6.5 Simulating the Execution of a MOOSE Model.- 6.6 Using an Executable Model.- 6.7 Summary.- 7 Designing to Meet Constraints.- 7.1 Constraints on the Design Process.- 7.2 Evaluating Non-functional Requirements.- 7.3 Frameworks for Evaluating Non-functional Requirements.- 7.4 Non-functional Requirements and the MOOSE Paradigm.- 8 Partitioning and Detailing a Computer System Design.- 8.1 The Method of Transformational Codesign.- 8.2 Transformation of the Executable Model.- 8.3 The Platform Model.- 8.4 Transforming the Platform Model.- 8.5 Synthesising an Implementation.- 9 Pragmatics of Using MOOSE.- 9.1 The Use of Standard System Software.- 9.2 The Physical Construction and Packaging of Hardware.- 9.3 Implementation of Hardware.- 9.4 Evaluating Performance by Simulation.- 10 Concluding Remarks.- Appendix 1 MOOSE Workbench User Guide.- A1.1 Installation and Operation.- A1.2 Operations for Manipulating Projects.- A1.3 Entering the Capture Facilities.- A1.4 The MOOSE Diagram Editor.- Al.5 Textual Specifications in an Executable Model.- Appendix 2 Ward-Mellor Model of the Mine Pump Control System.- A2.1 The Transformation Schema.- A2.2 Data Dictionary.- A2.3 PSPECs.- Appendix 3 Moose Models for Mine Pump Control System.- A3.1 The Behavioural Model.- A3.2 Extensions to Make the Model Executable.- A3.3 The Committed Model.- Appendix 4 VCR Control System.- A4.1 The Behavioural Model.- A4.2 Extensions to Make the Model Executable.- A4.3 The Committed Model.- Appendix 5 Dynamic Object Creation.- A5.1 The Behavioural Model.- A5.2 Extensions to Make the Model Executable.- References.