The overall measurement is done in an automated manner handled centrally on one PC. It is able to control and manage actuators’ parameters, carry out the measurement procedure, store data and represent outcomes both textually and graphically. MATLAB as a powerful platform for both data acquisition and analysis is used. A script is written that executes a measurement routine with the algorithm depicted in Fig. 7. To assure consistency and accuracy in data acquisition, measurements are done in three parallel procedure simultaneously. Subsequently after noise filtration, collected data is stored in a MATLAB structure that can be used later on for further analysis.