Platform-based design for next generation system on chip for sensor interfacing and conditioning

This thesis deals with the development of sensor systems mainly targeting the new generation of MOEMS sensors, which achieves a great reduction of area and power consumption but on the other hand requires more complexity in the conditioning interface. This work also faces the emerging issues deriving by the increasing complexity of electronic interface tight with the novel optic-based issues born with the constant effort to enhance screen size and colour quality while attempting to reduce the dimension and power consumption of the projector developed. This research is then providing methodologies to enhance the design phase from architectural space exploration and system study to verification of the whole system, aiding testing of electronic systems which is close to become one of the major cost factor for ICs companies.