摘要
针对目前各种手持式工业检测仪器对其按键数量和仪器体积提出的越来越严格的限制,结合手持式温度检测仪设计应用实例,提出了基于状态变量监控程序设计思想的系统设计方案,系统拥有合理键数和较小体积。重点对实现监控程序设计的特征符合算法进行了研究,与传统位置符合算法相比,该算法提高了监控程序的运行效率和可靠性,并减少了状态矩阵所占用的系统资源,更易于移植和推广。
At present, the keystoke number and the instrument volume of kinds of portble industry detector are more and more strictly limited. Take the portable temperature detector as an application example, we proposed a system design plan based on the design thought of the state variable monitor routine. The system, with lesser keys and smaller volume, meets the challenge of industry detector. The characteristic conform algorithm of the monitor routine design is studied as a vital part. Compared with conventional location conform algorithm, the characteristic conform algorithm, applied to the monitor routine, improved the executing efficiency and the reliability of the supervisory routine, and reduced the impropriated system resource by state matrix, in addition, the design plan can be transplanted and popularized more conveniently.
出处
《传感技术学报》
EI
CAS
CSCD
北大核心
2006年第1期235-237,共3页
Chinese Journal of Sensors and Actuators
关键词
特征符合算法
状态变量
监控程序
状态矩阵
characteristic conform algorithm
state variable
monitor routine
state matrix
