A considerable number of measurement-automation systems have been implemented.
Some examples are:

• soil sample analysis with methods of chemical analysis,

• measuring system for experimental accelerator,

• measurement, data acquisition and control system for physiological experiments,

• measurement, data acquisition and evaluation system of chemical reaction speed,

• neonatal intensive-care system,

• measurement, automation, and evaluation of three-angular neutron spectrometer,

• power measuring system for controlled LASER, test system for position sensitive

• control system for astronomical telescope,

• measuring system to establish the hydrogen-oxygen contents in corn samples,

• automatic test system of board instruments for civil aviation,

• measuring system for testing angular distribution of radiation of high-power
  incandescent lamps,

• complex automation system of T-15 TOKAMAK experimental fusion equipment
  for generating plasma and for testing plasma characteristics, (10000 signals 1500
  CAMAC modules, 14 computers of type TPA, 51 microcomputers),

• SLATE module for emulating LHC detectors,

• beam position monitoring system of COSY,

• beam position monitoring system of  ELSA, (University of Bonn), and

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