An object-oriented model of measurement systems

Q. Yang, C. Butler
IEEE Instrumentation and Measurement Technology Conference Sensing, Processing, Networking. IMTC Proceedings  
This paper presents a general object-oriented model for measurement systems. The limitations of the conventional function-oriented models are examined in the light of the generalized concept of measurement and its theoretical framework proposed previously by the authors. The proposed model identifies five classes of objects, i.e., measured object, measuring instrument, reference standard, human observer, and operating environment. Each is characterized by its own attributes and operations or
more » ... ctions at three levels, i.e., internal, operational, and environmental. The interactions between them are also modeled, including the coupling between the measured object and the measuring instrument, the human-instrument interface, the calibration, and the interference. It serves as both a modeling framework and a practical tool for description, analysis and design, and, in particular, for computer-aided analysis and design of a measuring system. It will find applications in instrumentation engineering and measurement research and education. Index Terms-Measurement science, measurement system data handling, modeling, object-oriented methods, system analysis and design, virtual instrumentation. Qingping Yang (M'92) received the Diploma in instrumentation and measurement from Chengdu
doi:10.1109/imtc.1997.604040 fatcat:lsbkyobirjc6tdsg3iggb3ohge