Probabilistic-based Circuit Design for Bio-Medical Applications

Biomedical systems are expected to be much more prone to signal faults than conventional electrical systems. Recent development in bio-medical research require a new approach to circuit design that can tolerate noisy data. In this paper, we propose probabilistic-based circuits utilizing the Markov random field. Simulation results show that these circuits are more noise immune than conventional circuits, and thus are more suitable for bio-medical applications