Burke-shaw and T (tigan) chaotic oscillators' design: Synchronization for secure communication applications

Key words: Chaos, chaotic oscillator, (T) Tigan System, Burke-Shaw System, Secure Communication, Information Secretion, SynchronizationThe chaos that we encountered in the nature and most of the structures, no longer be an undesirable function if it can be identified and kept under control. Besides, chaos also found a lot of application area. Such that, it can be ensured hiding information signals that used for comminication with the help of chaotic signals and clearly transmitting to the other side.In this thesis, an information about chaotic structures are given and in order to show the properties of chaos computer simulations were made on some of the chaotic tows. In the next section studied on the Tigan and Burke-Shaw chaotic tows which do not have synchronization and secret communication application before.Tigan and Burke-Shaw sytems are simulated in the Matlab-Simulink and Orcad Pspice environments. By establishing Tigan and Burke-Shaw Systems? real electronic circuits the results are compared.Tigan and Burke-Shaw chaotic structures? synchronization modeling are carried out seperately in Matlab-Simulink and Orcad Pspice environments and they are compared.Tigan and Burke-Shaw chaotic systems? information hiding models are carried out by chaotic methof of hiding in the Matlab-Simulink environment. Then by establishing electronic circuit design of information hiding model in Orcad PSpice simulation results are obtained and compared.It is shown that Tigan and Burke-Shaw systems can be used in chaotic information hiding.