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Decision Support Systems Engineering Andrew P. Sage This practical guide describes the everyday nuts–and–bolts to building a decision support system that unites the concerns of both system designers and users. Beginning with an outline of the generic components of a decision support system, readers are given a technologically rigorous, yet clear, tour of its assembly line basics. Data–base management systems, model–base management systems, and dialog generation and management systems are clearly described, with emphasis on how these make a decision support system feasible and practical. 1991 (0 471–53000–X) 360 pp. Software Systems Engineering Andrew P. Sage and James D. Palmer This unique text provides a thorough introduction to all aspects of the developmental life cycle of software production. For those interested in applying a systems–based approach to software development, Software Systems Engineering discusses key aspects of such an approachfrom software quality, software reliability, and development environments, to integration, maintenance, management, and cost analysis. The books practical look features a set of tools instrumental to success in each life cycle phase, as well as a taxonomy of methods for making the productivity tools available and subject to wider use. 1990 (0 471–61758–X) 544 pp. Design for Success A Human–Centered Approach to Designing Successful Products and Systems William B. Rouse Drawn from methods tested in a wide array of industriesaviation, the process and power industries, manufacturing, the marine industry, and communicationsthis important text details how to design products and systems that are market–driven and user–oriented. Using a variety of methods and tools illustrated with case studies, Design for Success outlines a concrete, human–centered approach to the design of complex systems. This new approach to system design includes a look at understanding users needs, design and engineering evaluation of product and systems, and more. 1991 (0 471–52483–2) 304 pp.
From the Inside Flap
Evaluation is, all too often, treated as an afterthought, an activity tacked onto the end of the system development process. Yet, when effectively integrated into the design and development process, evaluation is an unqualifiedly powerful tool, the all–important control mechanism that keeps the development process firmly on track. Evaluating Decision Support and Expert Systems is an innovative and comprehensive lookfrom the users perspectiveat how to perform effective evaluations of decision support systems and expert systems. Not only does this important guide provide an understanding of the fundamental methods required to perform effective evaluations, it also demonstrates how to efficiently incorporate them into the design and development process. Evaluating Decision Support and Expert Systems is the first text to provide a multifaceted approach to evaluating decision support and expert systems. This important three–pronged approach includes subjective, technical, and empirical evaluation methods, all of which are clearly integrated into a prototype blueprint for developing decision support systems and expert systems. The character and specifics of each evaluation method are examined in detail, including such highlights as:
- An examination of five subjective evaluation methods, with illustrations on how two were used in a development effort for the U.S. Air Force
- The four classes of technical evaluation methods, including those used for formal software testing and verification
- The use of experiments, quasi–experiments, and case studies to empirically assess whether the system actually improves performance
Evaluating Decision Support and Expert Systems also clearly shows how to manage the multifaceted approach so as to ensure project control. The basic issues in managing the test and evaluation process, the key elements for effective testing, and how to use test documentation as a control tool are explained in accessible, hands–on style. For professionals in system design, users and developers, managers in industry and business, and graduate students interested in building effective controls into every phase of system design and development, Evaluating Decision Support and Expert Systems is the essential guide to learning how.
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