Lectures:
Properties of measured signals and measuring systems.Time continuous-time and discrette-time signals and systems, frequency analysis. Properties of Fourier transform of discrette-time signals.
Information acquisition and transfer description,model of measuring system, stochastic parameters of random signals, autocorrelation and crosscorrelation function, power spectral density
Stochastic signal processing, analyse of random signals and processes in frequency and time domain, stochastic parameters and characteristics of ergodic random process.
Characteristics and criterions of linear systems in frequency and time domain. Mean quadratic error criterion.
Systems quality criterions from point of view information theory.
Reliability of information transfer, error probability through noise signals.
Transinformation
Optimization of measuring systems from point of view dynamic properties, methods, design and realization.
Optimization of measuring systems from point of view mean quadratic error minimization, Wiener-Kolmogorov optimal filter, design and realization.
Optimization of measuring systems from point of view information theory, maximization of transinformation, design and realization.
Real optimal systems properties and design.
System parameters sensitivity, sensitivity function,properties of optimal systems.
Influence of number quantification on system accuracy.
Exercises:
Calculation of characteristics and parameters if linear systems in time and frequency domain
Calculation of measuring systems criterions related to information theory
Signals properties investigation in frequency domain
Power spectral density of measuring signals investigation
Virtual measurement methods and tools
Laboratories:
Calculation of characteristics and parameters if linear systems in time and frequency domain
Calculation of measuring systems criterions related to information theory
Signals properties investigation in frequency domain
Power spectral density of measuring signals investigation
Virtual measurement methods and tools
Computer labs:
Autocorrelation and crosscorrelation functions of measuring signals calculation
Properties of measured signals and measuring systems.Time continuous-time and discrette-time signals and systems, frequency analysis. Properties of Fourier transform of discrette-time signals.
Information acquisition and transfer description,model of measuring system, stochastic parameters of random signals, autocorrelation and crosscorrelation function, power spectral density
Stochastic signal processing, analyse of random signals and processes in frequency and time domain, stochastic parameters and characteristics of ergodic random process.
Characteristics and criterions of linear systems in frequency and time domain. Mean quadratic error criterion.
Systems quality criterions from point of view information theory.
Reliability of information transfer, error probability through noise signals.
Transinformation
Optimization of measuring systems from point of view dynamic properties, methods, design and realization.
Optimization of measuring systems from point of view mean quadratic error minimization, Wiener-Kolmogorov optimal filter, design and realization.
Optimization of measuring systems from point of view information theory, maximization of transinformation, design and realization.
Real optimal systems properties and design.
System parameters sensitivity, sensitivity function,properties of optimal systems.
Influence of number quantification on system accuracy.
Exercises:
Calculation of characteristics and parameters if linear systems in time and frequency domain
Calculation of measuring systems criterions related to information theory
Signals properties investigation in frequency domain
Power spectral density of measuring signals investigation
Virtual measurement methods and tools
Laboratories:
Calculation of characteristics and parameters if linear systems in time and frequency domain
Calculation of measuring systems criterions related to information theory
Signals properties investigation in frequency domain
Power spectral density of measuring signals investigation
Virtual measurement methods and tools
Computer labs:
Autocorrelation and crosscorrelation functions of measuring signals calculation