Second International Workshop on Models and Analysis of Vocal Emissions for Biomedical Applications (MAVEBA 2001)
The theoretic ground of a local-topological method for defining a minimal attractor embedding dimension on the basis of matrix decomposition is proposed. The investigation of digital electrocardio signals using local-topological analysis of chaotic attractor trajectories is carried out. The computer confirmation of the theoretical results is presented.
Index Terms. complex systems, chaotic dynamics, state-space, attractor, minimal embedding dimension, nonlinear decomposition
Bibliographic reference. Krot, Alexander M. / Minervina, Helena B. (2001): "Estimation of minimal chaotic attractor embedding dimension on the basis of matrix decomposition for biomedical signal processing", In MAVEBA-2001, 201-206.