Novel Computing – Reversible and Neuromorphic
| Session ID |
Wk2EOr2A |
| Live Discussion Day |
Tuesday, November 3, 2020 |
| Live Discussion Time |
4:45 p.m. – 6:00 p.m., EST |
| Presenting Author |
|
Presentation ID |
|
Presentation Title |
| Michael Frank |
|
Wk2EOr2A-01 |
|
[Invited] Reversible Computing as a Path Forward for Improving Dissipation-Delay Efficiency in Superconducting Computing |
| Kevin Osborn |
|
Wk2EOr2A-02 |
|
Theory of ballistic reversible digital logic using flux solitons and resonances |
| Liuqi Yu |
|
Wk2EOr2A-03 |
|
Experimental studies of flux solitons in reversible logic gates |
| Naoki Takeuchi |
|
Wk2EOr2A-04 |
|
A reversible 8-bit adder using adiabatic quantum-flux-parametron logic |
| Taiki Yamae |
|
Wk2EOr2A-05 |
|
Design and demonstration of an 8-word by 1-bit reversible quantum-flux-parametron register file |
| Michael Schneider |
|
Wk2EOr2A-06 |
|
Single Flux Quantum Neural Networks |
| Kenneth Segall |
|
Wk2EOr2A-07 |
|
Unsupervised learning in Superconducting Spiking Neural Networks |
| Emily Toomey |
|
Wk2EOr2A-08 |
|
Development of an artificial spiking neuron using superconducting nanowires |
| Paul Tschirhart |
|
Wk2EOr2A-09 |
|
Architecture Considerations for Superconducting Neuromorphic Systems |
| Graham Rowlands |
|
Wk2EOr2A-10 |
|
Superconducting circuits as reservoir computers for high speed data processing |