Search
Articles 25
- Features of sampling frequency selection according to Kotelnikov's theorem for periodic signals with a limited spectrum pp. 65-71
- Real-time formation of complex discrete samples of the isoline drift of the electrocardiosignal under conditions of variability of the sampling period pp. 79-89
- Reducing a memory capacity of an electrocardiogram processor on a microcontroller pp. 78-84
- Formation of complex discrete samples for electrocardiogram isoline drift extraction devices pp. 63-71
- Theorems on the representation of the integral of a periodic function with finite Fourier spectrum as a finite sum pp. 134-142
- Representation of periodic functions with a finite Fourier spectrum by a modified non-equidistant Kotelnikov series pp. 123-133
- Isolation of the isoline drift of the electrocardiosignal based on complex discrete samples and multi-speed low-frequency filtering pp. 54-61
- Measurement of level of liquid by the waveguide frequency level gauge against hindrances pp. 55-62
- Electro-dynamic model and analysis of circular array of log-periodic dipole antennas pp. 10-16
- Electrodynamic analysis of currents and directional diagram of the log-periodic dipole antenna pp. 165-170
- Comparing of accuracy of nonlinear filtering in extended Kalman filter and in unscented filter pp. 135-140
- Radiosignals delay measurement with discrete Fourier transform application pp. 3-13
- Industrial ultrahigh speed signal converters: ADCs and DACs pp. 64-80
- Nonlinear signals distortions at sigma-delta converters pp. 89-95
- Substantiation of technology of numeral predetection handling of a telemetering signal time-division the channels, provid the minimum energetic loss pp. 24-29
- Ultrafast A/D Converters pp. 35-58
- Spectral signal processing method in multifrequency spatially multichannel radar system pp. 39-49
- Naval vertical-s radiobuilder pp. 75-78
- Calculation of admissible bit error probability in a wireless channel of communication with controled objects pp. 72-74
- Adaptation of Instruments Based on Persistence of Amount of Measurement Information pp. 133-137