A novel generalized multilevel-hybrid chaotic oscillator for communication systems

Signals in chaotic communication systems can be used in secure communications because they are unstable and aperiodic making them difficult to detect or predict. Receivers for conventional chaotic communication systems are complex as chaotic signals are sensitive initial condition and difficult to synchronize. This research developed a method to create a Generalized Multilevel-Hybrid Chaotic Oscillator and derived its generalized fixed basis function leading to the implementation of a simple matched filter receiver that can be synchronized. The proposed system is not sensitive initial condition and can be used effectively for multi-level and multi-access communication systems.