Objectifying Real-Time Systems presents a comprehensive approach for creating a real-time information processing system requirements model. Drawing on twenty-seven years of development experience, the author expertly guides the reader through the steps of objectifying real-time systems. He exemplifies the evolution of popular Real-Time Structured Analysis (RTSA) techniques into the object development era - Real-Time Object-Oriented Structured Analysis (RTOOSA). Over 100 helpful figures and examples are provided to illustrate how RTOOSA products represent the requirements of such systems. The accompanying diskette contains the source programs that are used as examples throughout the book, enabling the reader to experiment and verify executions without having to key in code. First being introduced to the basic concepts of object-oriented programming, the reader then learns how to create each of the six RTOOSA Requirements Model products and also learns how these products interact to allow verification of a complete and consistent model. As RTOOSA is an evolutionary extension of proven concepts of modern object-oriented technology, the reader will find Objectifying Real-Time Systems a significant aid in objectifying their own non-object-oriented systems.
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This book is a comprehensive approach for creating a real-time information processing system requirements model. The author guides the reader through the steps of objectifying real-time systems. He exemplifies the evolution of popular Real-Time Structured Analysis (RTSA) techniques into the object development era - Real-Time Object-Oriented Structured Analysis (RTOOSA).
Provides a comprehensive approach for creating an embedded real-time information processing system Requirements Model. The author draws on 26 yrs. of development experience with embedded real-time systems for examples to illustrate how RTOOSA products represent the requirements of such systems. The book first introduces the reader to the basic concepts of object- oriented programming to establish a common understanding of objects. Then, the reader learns how to create each of the six RTOOSA Requirements Model products and how these products interact to allow verification of a complete and consistent model. Some of these products will look familiar to software engineers already trained in the techniques of Real-Time Structured Analysis (RTSA), as RTOOSA is an evolutionary extension of proven concepts to modern object-oriented technology.
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