Abstract
An adaptive hyperthermia treatment system is developed. The number of degrees of freedom of this system is increased to enhance energy focus, depending on multichannel structure and wideband operation. Novel techniques are implemented in the design of the electromagnetic front-end module to increase bandwidth and augment efficiency. Adaptive energy focus tools are developed using patient specific models. Hybrid operation scheme is introduced by hosting ultrasound energy transducers to allow targeting deep and small tumors. Novel non-invasive feedback mechanism is introduced. An experimental setup used to validate this system is described.