摘要
跨断层测量的数据处理中,常利用不等间隔数据进行计算,由此产生一系列问题,如时间计算、同步性、主从关系、可比性等。对此,从合理、最佳的要求出发,以约定的方式进行设计,考察它们在多种算法中的适应能力,有利于跨断层测量数据处理的完善和发展。
In cross-fault deformation measurement data processing,it is common to use unequally spaced raw data for calculations,leading to a series of problems,such as time calculation,synchronization,master-slave relations,comparability,etc.For these questions,we design a cross-fault deformation data calculation method from reasonable and optimal requirements,examining their adaptability in various algorithms.Our research contributes to the improvement and development of cross-fault deformation measurement data processing.
作者
吴培稚
刘天海
陆明勇
张平法
温建农
季红
冯刚
熊焰
WU Peizhi;LIU Tianhai;LU Mingyong;ZHANG Pingfa;WEN Jiannong;JI Hong;FENG Gang;XIONG Yan(Beijing Earthquake Agency,28 Suzhou Street,Beijing 100038,China;National Earthquake Response Support Service,1 West-Yuquan Road,Beijing 100049,China)
出处
《大地测量与地球动力学》
CSCD
北大核心
2019年第7期696-699,共4页
Journal of Geodesy and Geodynamics
基金
中国地震局地震科技星火计划(XH14057)
中国地震局项目(JC1704021026)
北京市自然科学基金(8041001)~~
关键词
跨断层测量
复测周期
不等间隔数据
同步域
可比性
cross-fault deformation measurement
retest period
unequal interval data
synchronization domain
comparability
