Modeling an Energy Receiver for Ultrawideband Chaotic Communications

The problem of modeling an energy receiver ultra-wideband chaotic radio pulses for communications is studied. As shown, a combination numerical and analytical completes the calculating characteristics communication systems. On one hand, method effective receiving systems with short pulses, increase in duration Tp rate decreases proportionally, whereas technical requirements computing equipment so operation time increases faster than Tp. other accuracy solution, which insufficient case grows proportion-ally pulses. Thus, this problem, methods ideally complement each other. It shown that approximate solution optimal threshold error probability becomes sufficient engineering calculations at values number freedom degrees (processing gain) B  200. can significantly simplify tiresome modelling systems, example, those provide maximum range by increasing signal length.