CAJ | 학술논문

针对危险化学品、生化制剂、放射性或核物质（ CBRN）事故情景，建立区域疏散路径优化模型。基于个体脆弱性模型，提出了适合求解模型算法，包括静态最优路径算法和动态最优路径算法。最后用随机路网测试算法的应用效果，结果表明，所提算法可以满足区域疏散路径双目标优化的需求，并能根据外部环境变化动态更新当前最优路径，是一种近似、快速的算法。区域疏散路径的确定可为CBRN事故救灾提供有力的技术支持。
침대위험화학품、생화제제、방사성혹핵물질（ CBRN）사고정경，건립구역소산로경우화모형。기우개체취약성모형，제출료괄합구해모형산법，포괄정태최우로경산법화동태최우로경산법。최후용수궤로망측시산법적응용효과，결과표명，소제산법가이만족구역소산로경쌍목표우화적수구，병능근거외부배경변화동태경신당전최우로경，시일충근사、쾌속적산법。구역소산로경적학정가위CBRN사고구재제공유력적기술지지。
The graph-theory method was used to build a mathematical model of the optimum escape route during zone evacuation based on vulnerability of humans , and the dynamic and static algorithms were brought forward to calculate it .Based on heuristic algorithm , the essence of the algorithm was taking the mid-point as a tentative point in the search space by building decision support functions , and the search process of the algorithm continues until an optimal solution was obtained .The random road network was used to test the application effect of this algorithm , and the results showed that the proposed algorithm can not only meet the needs of dual -objective optimization , but also can obtain the optimal path when the external environment changes dynamically , and in addition it is an ap-proximate and fast algorithm .The study in this paper can provide a strong technical support to th emergency man-agement of the CBRN incidents .