Rapid prototyping of large command, control, communications and intelligence C/sup 3/I systems

IEEE Conference on Aerospace Applications Pub Date : 1990-02-04 DOI:10.1109/AERO.1990.109090

D. Tamanaha, P. Bourgeois

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引用次数: 3

Abstract

Rapid prototyping is examined from three points of view: management, rapid analysis, and design. A rapid prototyping approach is presented for end-user requirements of large, data-intensive, command and control (C/sup 2/); command, control, communications and intelligence (C/sup 3/I); and command and control information systems (CCIS). It is noted that participatory management, highly motivated personnel, thorough knowledge of the targeted system's operations, sound prototyping methodology, appropriate tools, and innovative techniques used by an integrated team allow for severe schedule constraints and provide the edge for fast implementation. Modified structured methods and further innovations allow a rapid prototype cycle. Experience gained and examples are cited to illustrate the ideas and methods used in successful C/sup 3/I and CCIS prototypes. The authors discuss the compressed usage of known methods and introduce an innovative design method for the rapid development of operational threads as an integrating design technique to quickly assemble knowledge of disparate design views and disciplines under severe prototyping schedule constraints.<>

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大型指挥、控制、通信和智能C/sup 3/I系统的快速原型设计

从管理、快速分析和设计三个角度来考察快速原型。针对大型、数据密集、命令和控制(C/sup 2/)的最终用户需求，提出了一种快速原型设计方法;指挥、控制、通信和情报(C/sup 3/I);指挥和控制信息系统(CCIS)。值得注意的是，参与式管理、高度积极的人员、对目标系统操作的全面了解、健全的原型方法、适当的工具和集成团队使用的创新技术允许严格的进度限制，并为快速实施提供优势。改进的结构化方法和进一步的创新允许快速的原型周期。本文引用了经验和实例来说明在成功的C/sup 3/I和CCIS原型中使用的思想和方法。作者讨论了已知方法的压缩使用，并介绍了一种用于快速开发操作线程的创新设计方法，作为一种集成设计技术，可以在严格的原型进度限制下快速组装不同设计视图和学科的知识。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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IEEE Conference on Aerospace Applications

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