中文摘要：

这篇论文论述一个方法集成遥感(RS ) 处理的数据，等震的线的产生和进一个改进官方补给底的灾难减小系统的人机相互作用模块。用处理模块的 RS 数据，在在这个区域的每个域调查点的统计样品灰色值和 RS 紧张从在 RS 变量和地震紧张之间的概率的关系是计算的，并且在官方补给底的系统数据库存储。然后，等震的线被一个趋势表面模型从 RS 紧张产生。他们进一步基于在人机相互作用模块中使用 RS 变量计算的实验变细关系经由等震的线的修正被改进。地调查证明建议方法给 isoseismic 线的好代。作为结果，损坏和损失评估和紧急情况决策能力的效率的精确性被改进。

英文摘要：

This paper presents a method to integrate remote sensing （RS） data processing, generation of isoseismal lines and human-computer interaction modules into an improved GIS-based disaster reduction system. Using the RS data processing module, a statistical sample gray value and the RS-intensity at each field survey point in the region are calculated from the probabilistic relationship between the RS-variable and earthquake intensity, and stored in the GIS-based system database. Then, isoseismal lines are generated by a trend surface model from RS-intensity. They are further improved via modification of the isoseismal lines based on the empirical attenuation relationship calculated by using the RS-variable in the human-computer interaction module. The field survey shows that the proposed method gives a good generation of isoseismic lines. As a result, the accuracy of the damage and loss evaluation and the efficiency of the emergency decision making capability are improved.