CAJ | 학술논문

分析了以往抢修方案评估的不足，提出了战场抢救抢修方案复杂性概念。并分析了用复杂性抢救抢修方案的可行性。引入软件工程领域的图熵模型，从微观方面研究战场抢救抢修方案实施过程中的复杂性问题，从信息量、逻辑、结构、系统知识层次及决策分析5个方面进行量化，明确了信息控制图、动作控制图、知识层次图及决策分析图的构建方法，较好地解决了战场抢救抢修方案实施复杂性的测度问题，实例验证该方法在一定程度上可以反映应急抢修方案的复杂程度，能为抢救抢修方案的评估优化，以及评估训练等方面提供一定的帮助。
분석료이왕창수방안평고적불족，제출료전장창구창수방안복잡성개념。병분석료용복잡성창구창수방안적가행성。인입연건공정영역적도적모형，종미관방면연구전장창구창수방안실시과정중적복잡성문제，종신식량、라집、결구、계통지식층차급결책분석5개방면진행양화，명학료신식공제도、동작공제도、지식층차도급결책분석도적구건방법，교호지해결료전장창구창수방안실시복잡성적측도문제，실례험증해방법재일정정도상가이반영응급창수방안적복잡정도，능위창구창수방안적평고우화，이급평고훈련등방면제공일정적방조。
The shortage of usual assessment method is discussed and then the concept of BDR scheme complexity (BDRSC) is promoted based on its timeliness. To quantify BDRSC,the diagram entropy method used in software engineering is applied on it for the BDR scheme’s microcosmic concept. The BDRSC is quantified by five factors as,information content,logic structure,architecture, the level of system knowledge and decision analysis level. The method of constructing control diagram is researched. The fact that both the complexity in BDR scheme and the BDR personnel’s workload can be reflected by BDRSC can be known by the instance. It can help the evaluation and optimization of the BDR scheme,and it is also beneficial for BDAR training.