Imply logic based on TiO2 memristor model for computational circuits
Memristor's main attribute is a varying resistance with the memory, Hence the name memory and resistor. So far the primary applications explored for memristors where in the field of memory arrays and neuromorphic networks. This paper explores the utilization of logic with memristors. Due to the fact that the field is in its early stages of research, various types of memristor models exist, and there is no wide consensus as to which one best describes the physical properties. In order for the research to relevant in any case, hybrid memristor model is considered. Logic family of memristor is considered. memristors as logic within memory, memristors as computation units. The paper also include the preferred logic family for each type of memristor, and advantages and disadvantages of each logic family.