KLSeis Ⅱ地震采集工程软件系统
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摘要
KLSeisⅡ地震采集工程软件系统是服务于地震采集全过程、全工序的大型专业软件系统,适用于从陆地、过渡带到海洋全地形,为地震采集工程的优质高效运作提供技术支撑。基于插件技术和三维可视化技术的软件平台,具有开放式、跨平台、高性能等特点,支撑着软件开发、海量数据和复杂运算的快速处理;地震采集设计、模型正演与照明分析、地震采集质控、可控震源、静校正五大技术系列应用软件,在超大规模观测系统布设、叠前观测系统属性分析、海量地震数据采集实时质控、近地表建模与静校正、可控震源等方面具有重要技术创新。在国内外地震采集项目中得到广泛应用,特别是在"两宽一高"和可控震源高效采集项目中发挥了无法替代的作用。
KLSeis II seismic acquisition engineering software system is a large-scale system specialized in service of full seismic acquisitionprocess,which is suitable for various landforms from onshore and transitional belt to offshore and provides technological support for good-quality and high-efficiency seismic acquisition engineering service.Based on the software platform of plug-in and 3 D visualized technologiesand characterized in openness,platform-crossing and high functions,the system can support software development,rapid mass data processingand complicated calculations.It has application software of five main technological families – seismic acquisition design,forward modelingand lightening analysis,seismic acquisition quality control,vibroseis and static correction.Important technological innovations are made in anumber of areas,such as distribution and design of super-large observation system,analysis of pre-stack observation system attribute,real-time quality control over acquisition of mass seismic data,near-surface modeling and static correction,and vibroseis.The system finds wideapplication in seismic acquisition projects both at home and abroad and especially plays an irreplaceable role in high-efficiency vibroseisacquisition projects.
KLSeis II seismic acquisition engineering software system is a large-scale system specialized in service of full seismic acquisitionprocess,which is suitable for various landforms from onshore and transitional belt to offshore and provides technological support for good-quality and high-efficiency seismic acquisition engineering service.Based on the software platform of plug-in and 3 D visualized technologiesand characterized in openness,platform-crossing and high functions,the system can support software development,rapid mass data processingand complicated calculations.It has application software of five main technological families – seismic acquisition design,forward modelingand lightening analysis,seismic acquisition quality control,vibroseis and static correction.Important technological innovations are made in anumber of areas,such as distribution and design of super-large observation system,analysis of pre-stack observation system attribute,real-time quality control over acquisition of mass seismic data,near-surface modeling and static correction,and vibroseis.The system finds wideapplication in seismic acquisition projects both at home and abroad and especially plays an irreplaceable role in high-efficiency vibroseisacquisition projects.
引文