Parallelizing boundary surface computation of Chua's circuit

This paper introduces a method for performing parallel computations of the boundary surface of Chua's circuit. The presented approach could be characterized as a SIMD method which is based on the utilization of all available CPU cores. Performance comparisons between single and parallelized calculations on different computer systems are included in a table at the end of the article. The best results were observed using the highest compiler optimisation options on 64 bit architecture and using Intel i7 CPUs.