摘要
根据微电阻率扫描测井仪调试台架软件功能需求,在对比C/S和B/S两种通讯模式基础上,确定基于C/S模式的软件通讯结构。为提高调试台架软件的可移植和扩展性,引入相应软件技术:前端机通过内核模块方法和多线程技术实现驱动程序动态管理和功能模块独立;上位机中采用MDI软件框架和组件技术实现结构开放和功能独立。微电阻率扫描测井仪调试台架软件系统设计结构扩展性强,组件功能可复用性强,方便移植到同类调试台架。
According to demand of the Micro-resistivity canning tool test-bench software demand, C/S and B/S two kinds of communication modes are contrasted, then confirms the software communication structure based on C/ S mode. In order to improve the portability and expansibility of the test-bench software, the corresponding software technology is introduced: front end machine realizes driver dynamic management and the independent function through the kernel modules method and muhithread technology, main machine brings about the opening up of soft- ware structure and independent function through the MDI software framework and component technology. Based on the micro-resistivity scanning tool test-bench software system of above software technology has stronger portability and scalability, can easily transplant to other test- bench.
出处
《科学技术与工程》
北大核心
2013年第7期1936-1940,1956,共6页
Science Technology and Engineering
基金
国家"863"项目(2006AA060702)资助
关键词
微电阻率扫描
测井仪器
调试台架
MDI组件
micro-resistivity scanning logging instrument logging instrument test-bench compents