国产地震处理解释软件的发展
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摘要
从20世纪70年代初在"150工程"上开发了中国第一套地震数据处理系统以来,东方地球物理公司国产地震处理解释软件已经历了40年的发展历程。其中包括:20世纪70年代末开始的技术引进、80年代的"银河工程"、90年代的GRISYS和GRIStation系统的研发,以及近年推出的GeoEast地震数据处理解释一体化系统。中国的地震勘探已进入了一个全新的阶段。如今GeoEast系统快速发展,正在成为BGP地震数据处理解释特色技术的有效载体,并将发展成为CNPC油气勘探的主流软件。本文还讨论了地震数据处理解释软件的发展趋向,包括:进入叠前时代,发展E&P(勘探与生产)应用集成,实现高性能计算和采用先进的"人机互动"技术。
Since the release of its first seismic data processing system as a result of the "Project 150" in early 1970s,BGP have been emphasized seismic data processing and interpretation software development and makes great progress for over 40 years,including foreign technology importation in 1970s,the "YH Project" in 1980s,and the development of GRISYS and GRIStation system in 1990s,and finally the GeoEast,an integrated seismic processing and interpretation system released in recent years.Seismic exploration in China has entered into a new phase.Today,continuously updated GeoEast is an effective carrier of special technology developed by BGP for seismic data processing and interpretation,and is becoming the mainstream software for CNPC exploration and development.This paper also discusses the development trend of seismic data processing and interpretation software including entering pre-stack era,E&P(exploration and production) integrated applications,high-performance computing,and advanced "man-computer interaction" technology.
Since the release of its first seismic data processing system as a result of the "Project 150" in early 1970s,BGP have been emphasized seismic data processing and interpretation software development and makes great progress for over 40 years,including foreign technology importation in 1970s,the "YH Project" in 1980s,and the development of GRISYS and GRIStation system in 1990s,and finally the GeoEast,an integrated seismic processing and interpretation system released in recent years.Seismic exploration in China has entered into a new phase.Today,continuously updated GeoEast is an effective carrier of special technology developed by BGP for seismic data processing and interpretation,and is becoming the mainstream software for CNPC exploration and development.This paper also discusses the development trend of seismic data processing and interpretation software including entering pre-stack era,E&P(exploration and production) integrated applications,high-performance computing,and advanced "man-computer interaction" technology.
引文
[1]计算中心站方法程序研究室.150计算机地震数字处理程序C.物探数字技术,1974,1(2):3～41Algorithms and Programming Laboratory of BGPComputing Center.The 150computer seismic dataprocessing program C.Geophysical Digital Technolo-gies,1974,1(2):3～41
[2]王宏琳.CYBER地震软件系统的改进.石油地球物理勘探,1980,15(1):83～93Wang Honglin.Improvement of the CYBER seismicsystem software.OGP,1980,15(1):83～93
[3]马在田.高阶有限差分偏移.石油地球物理勘探,1982,17(1):6～15Ma Zaitian.Finite-difference migration of higher-orderequation.OGP,1982,17(1):6～15
[4]王宏琳.地震软件系统设计研究.物探科技通报,1988,6(1):48～56Wang Honglin.Studies on seismic software design.GRI’s Processing&Interpretation,1988,6(1):48～56
[5]王宏琳,张希哲,牟善林.GRYSYS软件系统设计中新技术的应用.计算机在地学中的应用国际讨论会论文摘要集,1991,564～569Wang Honglin,Zhang Xize,Mu Shanlin.New technol-ogies in GRYSYS software system design.Expanded Abstracts of the International Workshop on Computer Application in Geoscience,1991,564～569
[6]王宏琳,陈继红.地球物理软件集成环境研究.石油地球物理勘探,2010,45(2):299～305 Wang Honglin,Chen Jihong.Studies on geophysical software integration environment.OGP,2010,45(2):299～305
[7]Philip Neri.Data management challenges in the pre-stack era.First Break,2011,29(1):97～99
[8]Eric Klumpen.Extensibility beyond Ocean.http:∥www.ocean.slb.com/Docs/OceanDevelopersFo-rumEAGE/Extensibility%20beyond%20Ocean%20EricKlumpen.pdf.The Third Ocean Developers Fo-rum,2011,1～18
[9]Peter Mora等.大型弹性波场反演.见:地震勘探中的超级计算机.北京:石油工业出版社,1992,111～121
[2]王宏琳.CYBER地震软件系统的改进.石油地球物理勘探,1980,15(1):83～93Wang Honglin.Improvement of the CYBER seismicsystem software.OGP,1980,15(1):83～93
[3]马在田.高阶有限差分偏移.石油地球物理勘探,1982,17(1):6～15Ma Zaitian.Finite-difference migration of higher-orderequation.OGP,1982,17(1):6～15
[4]王宏琳.地震软件系统设计研究.物探科技通报,1988,6(1):48～56Wang Honglin.Studies on seismic software design.GRI’s Processing&Interpretation,1988,6(1):48～56
[5]王宏琳,张希哲,牟善林.GRYSYS软件系统设计中新技术的应用.计算机在地学中的应用国际讨论会论文摘要集,1991,564～569Wang Honglin,Zhang Xize,Mu Shanlin.New technol-ogies in GRYSYS software system design.Expanded Abstracts of the International Workshop on Computer Application in Geoscience,1991,564～569
[6]王宏琳,陈继红.地球物理软件集成环境研究.石油地球物理勘探,2010,45(2):299～305 Wang Honglin,Chen Jihong.Studies on geophysical software integration environment.OGP,2010,45(2):299～305
[7]Philip Neri.Data management challenges in the pre-stack era.First Break,2011,29(1):97～99
[8]Eric Klumpen.Extensibility beyond Ocean.http:∥www.ocean.slb.com/Docs/OceanDevelopersFo-rumEAGE/Extensibility%20beyond%20Ocean%20EricKlumpen.pdf.The Third Ocean Developers Fo-rum,2011,1～18
[9]Peter Mora等.大型弹性波场反演.见:地震勘探中的超级计算机.北京:石油工业出版社,1992,111～121
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