Authors: J. Mathew, E. Dubrova and H. Tenhunen
Affilation: Royal Institute of Technology, Stockholm, Sweden
Pages: 234 - 237
Keywords: caen, chemically assembled nanotechnology, fault tolerance, multiple valued logic
This paper describes alternative to binary number representations and discuss possibilities for implementing multiple-valued functions using chemically assembled electronic nanotechnology. The implementation of a four-valued adder using molecular diodes is presented. The proposed structure is appealing from the fault-tolerance perspective. In addition, a more detailed analysis (HSPICE simulation) of the implementation of a two-bit adder block using molecular diodes is given.