Two different approaches, called Type-I and Type-II, to linear least-squares prediction of a
long-memory time series are distinguished. In the former, no new theory is required and a …

The paper explores the calculation of exact bit error rates (BERs) for some single-user
chaotic-shift-keying (CSK) communications systems, in contrast to approximate Gaussian …

There is now a vast literature supporting the empirical stylized fact that the volatility of
financial returns, as measured either by the absolute values or the squares of the returns …

In this paper new and existing approaches are developed to compute the bit-error rate for
chaos-based communication systems. The multi-user coherent antipodal chaos shift keying …

This paper examines stochastic pairwise dependence structures in binary time series
obtained from discretised versions of standard chaotic logistic maps. It is motivated by …

Established stochastic models for the class of discrete-time long-memory stationary
processes are linear and Gaussian. The chaotic intermittency maps provide alternative non …

This paper is concerned with the Paired Bernoulli Circular Spreading (PBCS), a way of
generating optimal spreading for the single-user coherent chaos shift-keying (CSK) system …

This paper deals with the theory of multi-user chaos shift keying communication systems in
the coherent case and in particular with bit error performance under near optimal …

This paper focuses on the nonlinear dynamical properties of chaotic orbits iteratively
generated by maps composed of linear branches which expand across the whole map …

Code‐division multiple access technology is widely used in telecommunications and its
performance has been extensively investigated in the past. Theoretical results for the case of …