Being different from testing for popular GUI software, the “instruction-category” approach is proposed for testing embedded system. This approach is constructed by three steps including refining items, drawing instr...Being different from testing for popular GUI software, the “instruction-category” approach is proposed for testing embedded system. This approach is constructed by three steps including refining items, drawing instruction-brief and instruction-category, and constructing test suite. Consequently, this approach is adopted to test oven embedded system, and detail process is deeply discussed. As a result, the factual result indicates that the “instruction-category” approach can be effectively applied in embedded system testing as a black-box method for conformity testing.展开更多
面向Internet网络的、特定应用的嵌入式操作系统正发展成为当今国际上实时嵌入式系统极为重要的研究内容。该文论述了特定应用嵌入式操作系统ASOS(Application Specific Embedded Operating Systems)的概念和构成特点,阐述了基于组件技...面向Internet网络的、特定应用的嵌入式操作系统正发展成为当今国际上实时嵌入式系统极为重要的研究内容。该文论述了特定应用嵌入式操作系统ASOS(Application Specific Embedded Operating Systems)的概念和构成特点,阐述了基于组件技术构造ASOS的基本方法。展开更多
文摘Being different from testing for popular GUI software, the “instruction-category” approach is proposed for testing embedded system. This approach is constructed by three steps including refining items, drawing instruction-brief and instruction-category, and constructing test suite. Consequently, this approach is adopted to test oven embedded system, and detail process is deeply discussed. As a result, the factual result indicates that the “instruction-category” approach can be effectively applied in embedded system testing as a black-box method for conformity testing.
文摘面向Internet网络的、特定应用的嵌入式操作系统正发展成为当今国际上实时嵌入式系统极为重要的研究内容。该文论述了特定应用嵌入式操作系统ASOS(Application Specific Embedded Operating Systems)的概念和构成特点,阐述了基于组件技术构造ASOS的基本方法。
