文档介绍：第 3 6 卷第 3 期
2006 年 3 月
中国科学技术大学学报
J OURNAL OF UNIVERSITY OF S CIEN CE AND TECHNOLO G Y OF CHINA
Vol . 36 ,No . 3
Mar . 2 0 0 6
海洋石油勘探数据采集与记录系统主控
软件设计与实现
曹平,宋克柱,陈佳,吴义华,阮福明
(中国科学技术大学近代物理系快电子学实验室,安徽合肥 230026)
摘要:介绍了首例国产石油勘探数据采集与记录系统的主控软件系统. 该软件设计成环形分层体系
架构,包含工作区、据交换、件内核和系统监控四个模块. 采用 U ML 统一建模语言进行系统级
设计,以 X Window/ Motif 通用界面编程技术实现,并采用多线程并行处理和分布式处理技术,系
状态进行同步监控. 系统具有界面友好、容性好、展性强、靠性高等特点.
Design and realization of system monitor software on the offshore oil
prospect data acquisition and recording system
( Fast Electronics L aboratory , Dept. of Modern Physics ,University of Science and Technology of China , Hef ei 230026 , China)
Abstract :A soft ware system is int ro duced , which is t he co nt rol and mo nitor mo dule of t he fir st Off shore
Oil Pro spect Data Acquisitio n and Recording System in China. The mo nito r system has a ring hierarchical
architect ure including Workspace , Data Swap , Sof t ware Kernel and System Mo nitor modules and it was
designed wit h U ML and realized wit h X Window/ Motif GU I technology by means of multit hread and
dist ributed co mp uting technology under t he Solaris8. 0 Operating System circumstance. It can acquire and
p rocess 16 cables (1 920 ×16 channel s) seismic data simultaneo usly and can al so mo nitor t he whole system
availabilit y.
域油气资源还相当丰富,加速开发海上油气资源意
义非常深远. 相比于陆上,海上石油地震勘探设备要
随着我国经济的高速增长,石油在常规能源结复杂