Knowledge Representation 2.0: The Structure-Behavior Coalescence Approach
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Language: English . Brand New Book ***** Print on Demand *****. Program design (or software program design) is, in the software systems development, the design and implementation phase. That is, program design means to get a solution to furnish customers requirements on the software system. When working on the program design, we mainly consider how to manufacture the software system, but not to specify what this software system is. A software system has been designed hopefully to be an integrated whole, embodied in its assembled components, their interactions with each other and the environment. Since software structure and software behavior are the two most prominent views of a software system integrating the software structure and software behavior apparently is the best way to achieve a truly integrated whole of a software system. Because program design 1.0 does not design the integration of software structure and software behavior, very likely it will never be able to actually form an integrated whole of a software system. Structure-behavior coalescence (SBC) provides an elegant way to integrate the software structure and software behavior, and hence achieves a truly integrated whole, of a software system. A truly integrated whole sets a path to achieve the desired program design. SBC facilitates an integrated whole. Therefore, we conclude that program design 2.0 using the SBC approach, which contains three fundamental diagrams: a) framework diagram, b) component operation diagram, and c) interaction flow diagram, is highly adequate in designing a software system.

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Systems design is, in the system development process, the design and implementation phase. That is, systems design means to get a solution to furnish customers requirements on the system. When working on the systems design, we mainly consider how to manufacture the system, but not to define what this system is. A system has been designed hopefully to be an integrated whole, embodied in its assembled components, their interactions with each other and the environment. Since systems structure and systems behavior are the two most prominent views of a system, integrating the systems structure and systems behavior apparently is the best way to achieve a truly integrated whole of a system. Because systems design 1.0 does not design the integration of systems structure and systems behavior, very likely it will never be able to actually form an integrated whole of a system. Structure-behavior coalescence (SBC) provides an elegant way to integrate the systems structure and systems behavior, and hence achieves a truly integrated whole, of a system. A truly integrated whole sets a path to achieve the desired systems design. SBC facilitates an integrated whole. Therefore, we conclude that systems design 2.0 using the SBC approach, which contains three fundamental diagrams: a) framework diagram, b) component operation diagram, and c) interaction flow diagram, is highly adequate in designing a system.

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Von Händler/Antiquariat, MovieMars-Books.
Program design (or software program design) is, in the software systems development, the design and implementation phase. That is, program design means to get a solution to furnish customers’ requirements on the software system. When working on the program design, we mainly consider how to manufacture the software system, but not to specify what this software system is. A software system has been designed hopefully to be an integrated whole, embodied in its assembled components, their interactions with each other and the environment. Since software structure and software behavior are the two most prominent views of a software system integrating the software structure and software behavior apparently is the best way to achieve a truly integrated whole of a software system. Because program design 1.0 does not design the integration of software structure and software behavior, very likely it will never be able to actually form an integrated whole of a software system. Structure-behavior coalescence (SBC) provides an elegant way to integrate the software structure and software behavior, and hence achieves a truly integrated whole, of a software system. A truly integrated whole sets a path to achieve the desired program design. SBC facilitates an integrated whole. Therefore, we conclude that program design 2.0 using the SBC approach, which contains three fundamental diagrams: a) framework diagram, b) component operation diagram, and c) interaction flow diagram, is highly adequate in designing a software system. Paperback, Label: CreateSpace Independent Publishing Platform, CreateSpace Independent Publishing Platform, Product group: Book, Published: 2015-12-21, Studio: CreateSpace Independent Publishing Platform.

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Knowledge representation incorporates findings from psychology about how human beings solve problems and represent knowledge in order to achieve formalisms that will make complex systems easier to construct and build. Knowledge representation also incorporates findings from logic to automate various kinds of reasoning, such as the application of rules or the relations of sets and subsets. A system has been formalized, by knowledge representation 1.0, hopefully to be an integrated whole, embodied in its assembled components, their interactions with each other and the environment. Since systems structure and systems behavior are the two most prominent views of a system, integrating the systems structure and systems behavior apparently is the best way to achieve a truly integrated whole of a system. Since knowledge representation 1.0 does not describe and represent the integration of systems structure and systems behavior, very likely it will never be able to actually form an integrated whole of a system. Structure-behavior coalescence (SBC) provides an elegant way to integrate the systems structure and systems behavior, and hence achieves a truly integrated whole, of a system. A truly integrated whole sets a path to achieve the desired knowledge representation. SBC facilitates an integrated whole. Therefore, we conclude that knowledge representation 2.0 using the SBC approach, which contains three fundamental diagrams: a) framework diagram, b) component operation diagram, and c) interaction flow diagram, is highly adequate in describing and representing a system.

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System requirements specification (SyRS) is, in the systems development life cycle, a result of the requirements and specifications phase. That is, a system requirements specification (SyRS) is for the analysts to find out what the customers indeed expect the system to do for them. When working on the system requirements specification (SyRS), we only define what this system is, but never ask how this system shall be manufactured. A system has been specified hopefully to be an integrated whole, embodied in its assembled components, their interactions with each other and the environment. Since systems structure and systems behavior are the two most prominent views of a system, integrating the systems structure and systems behavior apparently is the best way to achieve a truly integrated whole of a system. Because system requirements specification (SyRS) 1.0 does not specify the integration of systems structure and systems behavior, very likely it will never be able to actually form an integrated whole of a system. Structure-behavior coalescence (SBC) provides an elegant way to integrate the systems structure and systems behavior, and hence achieves a truly integrated whole, of a system. A truly integrated whole sets a path to achieve the desired system requirements specification (SyRS). SBC facilitates an integrated whole. Therefore, we conclude that system requirements specification (SyRS) 2.0 using the SBC approach, which contains three fundamental diagrams: a) architecture hierarchy diagram, b) component operation diagram, and c) interaction flow diagram, is highly adequate in specifying a system.

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PART I: SYSTEMS THINKING 1.0PART II: SHORTCOMINGS OF SYSTEMS THINKING 1.0PART III: THE STRUCTURE-BEHAVIOR COALESCENCE APPROACHPART IV: SYSTEMS THINKING 2.0PART V: SYSTEM THINKING 2.0 ADVOCATES MATERIALISM-IDEALISM UNITYPART VI: SYSTEM THINKING 2.0 ADVOCATES SUBSTANCE-FUNCTION UNITYPART VII: SYSTEM THINKING 2.0 ADVOCATES STRUCTURALISM-FUNCTIONLISM UNITY.

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Systems-Design-20~~Dr-William-S-Chao, Systems Design 2.0: The Structure-Behavior Coalescence Approach, Paperback.

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Von Händler/Antiquariat, Alibris, NV, Sparks, [RE:5].
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