Title :
Ohmic Weave: Memristor-Based Threshold Gate Networks
Author :
Mountain, David J. ; McLean, Mark ; Palmer, Douglas ; Prucnal, Joshua D. ; Krieger, Christopher D.
Abstract :
Researchers have been studying threshold logic gates for more than 70 years, but industry has largely ignored this design approach because of the dominance of Boolean logic and CMOS fabrication. But emerging technologies, such as memristors, are making the implementation of threshold gates more area and power efficient than CMOS.
Keywords :
Boolean functions; logic design; logic gates; memristors; Boolean logic; CMOS fabrication; design approach; memristor-based threshold gate networks; ohmic weave; power efficiency; threshold logic gates; Algorithm design and analysis; Biological neural networks; CMOS integrated circuits; Logic gates; Memristors; Neurons; Ohmic Weave; computing; hardware; memristors; threshold gate networks;
DOI :
10.1109/MC.2015.369
