摘要
数字化、可重构化、模型化、高可靠化、实时化、网络化、智能化以及自确认化,是现代测量技术的主要进步特征。在这些发展和进步的推动和影响下,现代测量技术逐渐朝着按不同测量任务自动重构测量仪器软硬件,智能地构建测量模型并执行测量任务的方向发展;同时,在单台测量仪器能力不足情况下,可通过网络组织多台测量仪器协同完成测量;且测量仪器除可实时提供包含质量评定参数的完整测量结果外,还可输出自身工作状态参数,即具有了自确认工作状态的能力。这些进步特征共同反映出,测量仪器的自主工作能力将越来越强。不难预见,测量的更高智能化水平的自主化,将成为现代测量技术今后发展的必然趋势。
The main advanced characters of modern measurement technique are digitalization,reconfiguration,modeling,high reliability,real time,network,intellectualization and self-validation. Inflected by these characters,some modern measurement instruments can reconfigure their hardware and software and build the measurement model intellectually to adapt to the special measurement task. When a single measurement instrument cannot finish the measurement task,more instruments can be organized by the network to finish the task. The instrument can not only provide the measurement result and its measurement uncertainty but also the status of itself,and it means that the instrument is a self-validating instrument. In a word,the measurement instrument can finish a task more and more independent. The more intellective and self-determinative measurement instrument must be the future measurement instrument.
出处
《电子测量与仪器学报》
CSCD
2008年第S2期1-7,共7页
Journal of Electronic Measurement and Instrumentation
关键词
测量技术
数字化
模型化
网络化
智能化
自主化
measurement technique
digitalization
modeling
network
intellectualization
self-determination
