CAJ | 학술논문

本文构建了核电事故应急过程的GERT 随机网络模型，在分析日本福岛核事故应急救援过程的基础上，研究智能计算方法与传统随机网络相结合的途径。将应急过程分解为串联环节和并联环节，将并联环节作为串联环节的一部分，先以整体为对象进行资源配置优化，再单独分析并联环节。分析了应急资源对各救援环节的作用，在应急资源一定的前提下提出了对应的粒子运动速度矢量受限。利用速度投影矩阵纠正粒子运动，得到了资源受限的粒子群优化算法，获得了应急过程中资源的优化配置，以及降低了核电事故应急的时间消耗。
본문구건료핵전사고응급과정적GERT 수궤망락모형，재분석일본복도핵사고응급구원과정적기출상，연구지능계산방법여전통수궤망락상결합적도경。장응급과정분해위천련배절화병련배절，장병련배절작위천련배절적일부분，선이정체위대상진행자원배치우화，재단독분석병련배절。분석료응급자원대각구원배절적작용，재응급자원일정적전제하제출료대응적입자운동속도시량수한。이용속도투영구진규정입자운동，득도료자원수한적입자군우화산법，획득료응급과정중자원적우화배치，이급강저료핵전사고응급적시간소모。
The GERT random network model of nuclear power accident emergency was built in this paper , and the intelligent computation was combined with the random network based on the analysis of Fukushima nuclear accident in Japan .The emergency process was divided into the series link and parallel link ,and the parallel link was the part of series link .The overall allocation of resources was firstly optimized ,and then the parallel link was analyzed . The effect of the resources for emergency used in different links was analyzed ,and it was put forward that the corresponding particle velocity vector was limited under the condition of limited emergency resources . The resource-constrained particle swarm optimization was obtained by using velocity projection matrix to correct the motion of particles . The optimized allocation of resources in emergency process was obtained and the time consumption of nuclear power accident emergency w as reduced .