Synthesis and application of high order autonomous chaotic systems based on dissipation normal form

In this paper a special system structure called dissipation normal form is briefly described. Stability of any system with this structure is given by sign of the only one so called dissipation parameter. It is known that suitable non-linearity in this parameter leads to non-linear oscillation including chaotic oscillation what can be used for chaotic systems synthesis. In this paper the possibility of higher order chaotic systems synthesis is extended. Presented class of designed chaotic systems is characterized by linear dissipation parameters and non-linearity in the interaction parameters. Instability which leads to non-linear oscillations and chaos is caused by breaking of structural neutrality of the linear interaction parameters. Finally a possible application is presented.