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A Hybrid Method for Weapon System-of-systems Capability Requirement Planning

초록

영어

Capability-Based requirements management and planning thoughts and methods have gone increasingly deep into the development of Weapon System-of-Systems (WSoS). In the traditional top-to-bottom capability requirement planning (CRP) methods, the constraints among different capabilities indexes acquired from the tasks decomposition are neglected, which leads to the irrationalities and conflicts between different WSoS capability requirement indexes. Based on the analysis and description of capability requirements planning problem, the constraints are divided into five types and extracted from WSoS according multiple views thoughts. In addition, Interval Weighted Constraint Network (IWCN) is introduced and a consistency detection algorithm and a conflicts elimination strategy are proposed to achieve a capabilities requirement plan satisfying the tasks requirements and the capabilities indexes constraints. Finally, the practical applicability within a Joint Operations System of Systems (JOSoS) based on the space force capability requirement scheme planning is demonstrated, which proves the validation of the method built in this study.

목차

Abstract
 1. Introduction
 2. Analysis of WSoS CRP Problem
  2.1. System of Systems and its Typical Characteristics in Military Application
  2.2. Emergence Behavior and WSoS Capability
  2.3. Description of WSoS CRP Problem
  2.4. The Definition and Extraction of the WSoS Capability Index Constraints
 3. The Definitions of IWCN Model and the Conflicts
  3.1. The Definition of IWCN Model
  3.2. Constraint Propagation Algorithm
  3.3. Conflicts Elimination Strategy
 4. Case Study
 5. Conclusions
 References

저자정보

  • Ning Gu School of Information System and Management, National University of Defense Technology, Changsha, Hunan Province, China
  • Duoyong Sun School of Information System and Management, National University of Defense Technology, Changsha, Hunan Province, China

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