Affiliation:
1. Measurement and Instrumentation Systems Centre South Australian Institute of Technology Adelaide, South Australia.
2. Measurement Engineering Australia Adelaide, South Australia
3. Department of Electrical Engineering Twente University Enschede, The Netherlands
Abstract
A knowledge-based, Computer Aided Engineering project, denoted DIYM&C, has begun that allows casual users, untrained in measurement, to develop and apply measurement and control in such areas as materials handling, process control, machine tool automation, scientific research and testing. Essential information helps the user, who needs no prior training, to select a system of sensors and actuators. It provides documents for purchasing or self manufacture. It will eventually give guidance for installation, commissioning and for operation of the system with automatic diagnostics and self-calibration. Its current extent covers setting up the system requirement, printing specifications and provision of selection and manufacturing information for pressure, length and temperature sensors. Experience has proven that an effective, generally applicable, designer/users aid can be constructed with reasonable resources. A framework is now ready on which can be developed a more complete support service.
Subject
Applied Mathematics,Control and Optimization,Instrumentation
Reference8 articles.
1. Abdullah F, Finkelstein L. 1982, ‘A review of mathematical modelling of instrument transducers’. ACTA IMEKO seperatum. 145–151, IMEKO, Budapest.
2. Mathematical modelling of industrial thermometers
Cited by
2 articles.
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