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• NI LabVIEW Based Camera System Used for Gait Detection

  1-3.

  Dániel Dániel Salánki

  Kornél Sarvajcz

  Views:

  200

  In these times, with the development of the world, biometric identification systems are becoming more and more widespread. Access control systems, but even the most mid-range smartphones have biometric authentication features, and even ID cards can include a person's fingerprint. The research group previously realized a rudimentary gait recognition system, which was upgraded to a multicamera system with high-resolution cameras and instead of reference points, the new version recognizes different templates. The program can compare and evaluate the functions that are matched to the reference curve and the current curve in a specific way, whether two walking images are identical. The comparison is decided by the definite integrals of the two suited functions. The self-developed gait recognition system was tested by the research team on several test subjects and according to the results, permission was never given to a strange person.

• System Identification and Model Validation of Recursive Least Squares Algorithm for Box–Jenkins Systems

  1-6.

  Nasar Aldian Ambark Shashoa

  Abdurrezag S. Elmezughi

  Ibrahim N. Jleta

  Nasser B. Ekreem

  Views:

  187

  In this paper, a new-type recursive least squares algorithm is proposed for identifying the system model parameters and the noise model parameters of Box–Jenkins Systems. The basic idea is based on replacing the unmeasurable variables in the information vectors with their estimates. The proposed algorithm has high computational efficiency because the dimensions of the involved covariance matrices in each subsystem become small. Validation of the model is evaluated using some statistical methods, Which, best-fit criterion and Histogram. Simulation results are presented to illustrate the effectiveness of the proposed algorithm.

• Linear Identification of a Servo-pneumatic System

  1-8.

  Károly Széll

  András Czmerk

  Views:

  70

  The identification of a nonlinear system is quite challenging for engineers. This paper presents the automatic identification of a servo-pneumatic cylinder based on a framework implemented in MATLAB. The introduced application shortens the process length of identification and gives areference model, important for controlling.

• DC Motor Simulation with ARM Based Hardware in the Loop

  1-3.

  Sándor Csikós

  Ádám Bálint

  Views:

  86

  Hardware in the loop testing is increasingly important product testing for cutting down time to market. In my previous article I identified the parameters of a DC motor control system using system identification. An implementation of the resulting transfer function was developed on an ARM based hardware in the loop system and has been verified against the original system. The results show that the hardware in the loop system produces responses within tolerance to the stimulus signals and can be used for testing of controlsystems.