Abstract
In a hydraulic laboratory dealing with both fundamental and applied research in fluid dynamics one is usually faced with a problem of simultaneous measurement of several physical quantities (velocity, temperature, pressure etc.) and processing of either single or joint samples. As large quantities of data are usually produced, the handling and processing of data is becam-ming more pronounced when quick and reliable insight into the phenomenon is sought. The paper deals with the problem of the use of mini computers in laboratory conditions for data acquisition and processing as well as for interaction with numerical modelling and full-scale testing.
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