These evacuation plans are generated based on spatial information and underlying road network information, and have detailed turn-by-turn instructions.
疏散方案的生成基于道路网络和空间信息，每种方案都包含非常详细的疏散描述信息。
Previous approaches mainly use network flow models to optimize evacuation routing measures.
以往研究中关于疏散组织措施的优化，多采用网络流模型。
After established the network model, the solution of the evacuation route planning problem is researched.
在完成了网络模型的建立之后，本文重点研究了疏散路径规划问题的求解方法。
Method: Base on theory of queuing network, control operation of evacuation corridor with fix-time-increment and simulate the emergence, evacuation and treatment of wounded.
以排队网络为理论基础，运用固定时间增量方法控制后送通道的运作过程，模拟伤员产生、后送及治疗等模型。
The main content includes the analysis of occultation installations, population evacuation route and the optimization of the network.
主要包括人防掩蔽工程分析、人口疏散路线分析及疏散网络的最优化分析。
Emergency evacuation Spaces have various different type of emergency evacuation queuing network, its service performance mainly depends on the extreme volume, evacuation service capacity, etc.
应急疏散空间的各种不同类型应急疏散排队系统，其服务性能主要取决于服务系统的极限容量、疏散服务能力的随机性等。
Emergency evacuation Spaces have various different type of emergency evacuation queuing network, its service performance mainly depends on the extreme volume, evacuation service capacity, etc.
应急疏散空间的各种不同类型应急疏散排队系统，其服务性能主要取决于服务系统的极限容量、疏散服务能力的随机性等。
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