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历史上地球物理计算机经历过4次重大变革:20世纪70年代的主机+数组处理机、80年代的向量计算机、90年代的工作站和并行计算机,以及21世纪的集群计算机。计算机技术的进步对于油气地球物理计算机应用技术的进步有着深远的影响。当前计算机面临新的变革——向多核/众核的转折,将引发编程模型的变革和串行计算时代的结束,物探软件开发人员需要注重开发和应用并行编程工具,研究并行算法结构与编程模型,发展程序性能优化技术和人机交互技术。
Historically, geophysical computers have undergone four major changes: host + array processors in the 1970s, vector computers in the 1980s, workstations and parallel computers in the 1990s, and cluster computers in the 21st century. Advances in computer technology have far-reaching implications for advances in the application of computer technology to oil and gas geophysics. The current computer is facing new changes - the transition to multi-core / all-nuclear will lead to changes in the programming model and the end of the serial computing era, geophysical software developers need to focus on the development and application of parallel programming tools to study the parallel algorithm structure and programming model , Development of program performance optimization techniques and human-computer interaction technology.