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 ...

The selection of an embedding scheme is an important step in the modeling and prediction of chaotic dynamical systems. Theoretical work in embedding selection abounds in the literature. However in neural network research, mostly compute intensive methods for embedding selection exist. In this paper, we propose a novel embedding selection scheme based on cluster analysis. A neural network implem...

We address the problem of distinguishing regular, chaotic, and random behavior using an electronic circuit modeling of a ball bouncing on an oscillating table. We calculate the correlation dimension of the system from time series data taken from the circuit, and show that this system seems amenable to correlation dimension analysis. In particular we find dimensions of 1.07 for regular data and ...

In [6], Lyapunov’s direct method was used as a In practical applications of self-synchronizing chaotic systems, it is undesirable to be restricted to the wellknown low-dimensional systems; we need the ability to choose from a wide variety of high-dimensional chaotic systems. This paper discusses systematic synthesis procedures for achieving this capability. The significance of this work lies in...

The real issues of communicating over radio channels with continuous time chaotic signals are addressed. Synchronized and nonsynchronized methods are assessed. The modeling of radio channels (including multipath and Doppler) is reviewed, and then the effect on chaotic signals is investigated. The bandwidth efficiency of chaotic communication systems is discussed, and compared to conventional me...