《基于多参数快速寻优的CRS叠加技术研究》项目是由江汉油田分公司物探研院完成的,2009年获江汉油田科技进步一等奖。该项目的目的是解决复杂地区低信噪比资料的成像问题,提高地震记录信噪比。CRS(Common Reflection Surfac)即共反射面元叠加技术,是一项不依赖于宏观速度模型的数据驱动的共反射面元叠加技术。该项技术成果能有效地解决复杂地 “Research on CRS stacking technology based on rapid optimization of multiple parameters” was completed by Geophysical Research Institute of Jianghan Oilfield Branch and won the first prize of scientific and technological progress of Jianghan Oilfield in 2009. The project aims to solve the problem of imaging low SNR data in complex areas and to improve the S / N ratio of seismic records. CRS (Common Reflection Surfac) is the total reflection surface element superposition technique, which is a data-driven total reflection element superposition technique that does not depend on the macro-velocity model. The technical achievements can be effectively solved complex