C-C Algorithm for Nonlinear Systems

Resource Overview

The C-C algorithm for nonlinear systems is a well-tested implementation that provides researchers in chaos theory with a practical tool for studying complex dynamical behavior. The algorithm includes key functions for phase space reconstruction and correlation dimension calculation.

Detailed Documentation

In this paper, we present the C-C algorithm designed for analyzing nonlinear systems. This algorithm has undergone rigorous testing and demonstrates stable performance in practical implementations, offering significant convenience for researchers specializing in chaos theory. The implementation typically involves time-series embedding techniques using delayed coordinates and calculates correlation integrals through efficient matrix operations. We believe the research and implementation of this algorithm holds substantial importance for advancing chaos theory. Furthermore, we recommend that future researchers build upon this algorithm to further explore chaotic phenomena in nonlinear systems, potentially enhancing computational efficiency through optimized distance calculations and parallel processing approaches for larger datasets.