LOGIC THRESHOLD FOR MICRORING RESONATOR-BASED BDD CIRCUITS: PHYSICAL AND OPERATIONAL ANALYSES

We study the physical structure and operational details of a microring resonatorbased Half-Adder circuit and outline the conditions under which the performance and accuracy of information processing is compromised due to its physical characteristics

Ozan Yakar; İlke Ercan

2019

Scholarcy highlights

  • Moore’s Law has been the fuel of expansive innovation in computing
  • The halt of the rapid progress of the silicon technology is incipient by reason of the physical limitations
  • The physical limitations imposed on their logic implementation has not been studied in depth to enable design of efficient circuits
  • We study the physical structure and operational details of a microring resonatorbased Half-Adder circuit and outline the conditions under which the performance and accuracy of information processing is compromised due to its physical characteristics
  • Our analyses significantly contribute to determining key physical features and operations concerning logic implementation of microring resonator based Binary-Decision Diagram HA, which informs the future design and operational optimization of the microring resonator-based BDD logic circuits
  • “Single-electron logic device based on the binary decision diagram.”
  • LOGIC THRESHOLD FOR MICRORING RESONATOR-BASED Binary-Decision Diagram CIRCUITS: PHYSICAL AND OPERATIONAL ANALYSES", Turkish Journal of Engineering, vol 3,

Need more features? Save interactive summary cards to your Scholarcy Library.