Design of Ternary Logic based on Reram Crossbars

Implementing logic within ReRAM crossbar is an attractive approach to overcome the memory wall in conventional von Neumann architectures. Compared to binary logic, the ternary logic can reduce area and power overhead with enhanced computing speed. In this paper, a ternary logic design based on ReRAM crossbars is proposed. Experimental results show that the proposed ternary logic gates have better performance in terms of switching speed, area, and power as compared to the previously published IMPLY and MAGIC designs.