摘要
针对行蓄洪区各避险高台生活区能够获得充足与高效的物资配送,本研究采用以物资配送中心、行蓄洪区各避险高台生活区为供应系统,以配送车辆的在途时间最小、车辆到达生活区的"时间满意度"最大为目标,建立应急物资配送路径优化模型,利用改进节约算法作为求解模型的算法,并用算例证明模型可解决3种类型物资产品在8处生活区之间最高效的物资配送,为洪水来临前的物资配送问题提供决策依据。
For high-risk flood plain living areas each have access to adequate and efficient material distribution, this study in materials distribution center, high-risk flood plain each living area for the supply system to the distribution of vehicles in transit time is minimized, the vehicle reaches ＂Time satisfaction＂ living areas up to the goal, the establishment of emergency supplies distribution route optimization model, the improved algorithm as the algorithm model of conservation, and use examples to prove the model can solve the three types of supplies products in the living area between 8 most efficient material distribution for supplies before the onset of the flood distribution problems making basis.
出处
《电子设计工程》
2016年第10期9-12,共4页
Electronic Design Engineering
基金
国家自然科学基金项目资助(41401010)
江苏省社会科学基金项目(13GLC011)
关键词
节约算法
物资配送
洪灾区
路径优化
saving algorithm
material distribution
flood disaster
route optimization
