Abstract: For short of criterions, traditional safety monitoring was based on the size and importance of slope, that among all cross sections, the more important the cross section was, the more monitoring items and instruments. But for large and complex slope, dynamic informationization design was always demanded, so that dynamic monitoring was necessary. Classificated monitoring is of the advantage that it may not only cover full scale but also stress on key parts. By application of dynamic adjustment, the purpose of rationality and pertinency was achieved, and furthermore, it may provide important data for dynamic informationizaiton management.

摘要： 由于缺乏相关的配套规程规范, 传统边坡安全监测布置一般是根据边坡的规模和重要性, 布置多个监测断面, 用监测仪器数量来区分监测断面的重要和次要性, 但对于大型、复杂高边坡, 为使工程处理措施经济有效, 一般均有信息化动态设计的要求, 对边坡监控布置按照监控等级来动态实施。分级监控可在兼顾全面的基础上突出监控重点, 在相关形势要求下进行动态调整, 达到监控布置满足合理性、针对性, 确保边坡工程安全, 为信息化动态治理提供参考数据。