IEEE 1175.1-2002 pdf download IEEE Guide for CASE Tool Interconnections—Classification and Description
In these standards, the word interconnection has an abstract connotation: it includes all ways in which successful operation of a computing system tool depends on its environment. Thus, an interconnection is anassociation between a computing system tool and something in the environment. This family of standardsrecognizes two forms of interconnections. A passive interconnection is an interoperability agreement.Anactive interconnection is an interaction mechanism. These standards address the characteristics of intercon-nections between computing system tools and their organizational context, their user context, their platformcontext, and the context provided by other tools. Interconnections between computing system tools are theprincipal focus of these standards.
1.3 Audience
This guide is intended to help buyers, builders, testers, and users of professional tools to use this family ofstandards more effectively, and to help managers responsible for the implementation of computing systemtools to reach sound decisions on an implementation strategy.
The IEEE 1175 family of standards may be used for various purposes in software and system engineering.
Process managers, designers, and implementers in supplier organizations. These standards provide anorganizational, managerial, and technical framework for evaluating, adopting, and integrating com-mercial and custom computing system tools, and for extending automated support of developmentprocesses.
Computing system tool producers. These standards define a general interface for transferring systembehavior specifications beween toolset elements in an integrated development environment, toinclude GUI user interfaces, repositories, analysis tools, evaluation tools, visualization tools,anddocumentation tools.
System and software analysts, architects, and designers. These standards define a reference model forcapturing behavior specifications and architectural structures of systems in machine-processible formats to which tools may be applied for analysis, design, development, verification, and validation.
Since its original publication in IEEE Std 1175″-1991 (B2), much of the material in this family ofstandards has been used in teaching software engineering, designing specification tools and databases, integrating commercial CASE toolsets, developing industrial data management and control systems, developingand testing safety-related software, and designing a logical data model for Simulation Based Acquisitionenvironments intended for prototyping military systems. It has also been used as the language specificationfor the input to a commercial test design tool. This original material has been edited and updated to preparethe first three documents in this family: this guide, IEEE P1175.2, and IEEE P1175.3. In addition, new material with a similar purpose has been developed for the final two documents in this family, IEEE P1175.4 andEEE P1175.5, in order to provide similar benefits within a broader scope of application.
1.4 Organization of this guide
This guide contains four clauses and one annex. The following annotations provide a road map to thecontents.
IEEE 1175.1-2002 pdf download
PS:Thank you for your support!
