A technique for determining the transfer ratio frequency relationship of a short-wave ionospheric radio channel with high resolution has been considered using the continuous linear-frequency-modulated signal. This technique is based on the filtering of modes of ionospheric propagation at the receiver output following the compression method processing in the frequency domain. The estimates of measurement errors were also presented
High-frequency (HF) communications is undergoing resurgence despite advances in long-range satellite...
High-frequency (HF) communications is undergoing a resurgence despite advances in long-range satelli...
Paper presents the outcomes of the studies into the adaptive wideband equalization for frequency dis...
It is considered a method for definition of frequency dependences of group delay time and Doppler fr...
The architecture of digital High Frequency (HF) data modem is considered. Link level simulation of H...
In order to receive rapid (within a few seconds) evaluation of parameters of ionospheric radio chann...
The thesis is concerned with serial data transmission at 9600 bit/sec over a voiceband channel, wher...
The thesis is concerned with the estimation of the sampled impulse-response of time-varying voiceban...
To many, high-frequency (HF) radio communications is obsolete in this age of long distance satellite...
A wideband channel sounder to characterize the HF radio channel is described. Based on a pseudorando...
The method has been modernized for obtaining the parameter estimation of the fine structure of LFM s...
HF Communication system is one of the attractive fields among many researchers since it can be reach...
[1] Analysis of both in-phase and quadrature components of received frequency-modulated continuous w...
High Frequency (3-30 MHz) (HF) Ionospheric Channel is used for military, civilian and amateur commun...
The equations of Milsom are evaluated, giving the ground range and group delay of radio waves propag...
High-frequency (HF) communications is undergoing resurgence despite advances in long-range satellite...
High-frequency (HF) communications is undergoing a resurgence despite advances in long-range satelli...
Paper presents the outcomes of the studies into the adaptive wideband equalization for frequency dis...
It is considered a method for definition of frequency dependences of group delay time and Doppler fr...
The architecture of digital High Frequency (HF) data modem is considered. Link level simulation of H...
In order to receive rapid (within a few seconds) evaluation of parameters of ionospheric radio chann...
The thesis is concerned with serial data transmission at 9600 bit/sec over a voiceband channel, wher...
The thesis is concerned with the estimation of the sampled impulse-response of time-varying voiceban...
To many, high-frequency (HF) radio communications is obsolete in this age of long distance satellite...
A wideband channel sounder to characterize the HF radio channel is described. Based on a pseudorando...
The method has been modernized for obtaining the parameter estimation of the fine structure of LFM s...
HF Communication system is one of the attractive fields among many researchers since it can be reach...
[1] Analysis of both in-phase and quadrature components of received frequency-modulated continuous w...
High Frequency (3-30 MHz) (HF) Ionospheric Channel is used for military, civilian and amateur commun...
The equations of Milsom are evaluated, giving the ground range and group delay of radio waves propag...
High-frequency (HF) communications is undergoing resurgence despite advances in long-range satellite...
High-frequency (HF) communications is undergoing a resurgence despite advances in long-range satelli...
Paper presents the outcomes of the studies into the adaptive wideband equalization for frequency dis...