In this paper we propose SLaC, a laser gating technique that turns on and off redundant paths in a photonic flattened-butterfly network to save laser energy ...
ABSTRACT. Photonic interconnects have emerged as a promising candi- date technology for high-performance energy-efficient on-.
SLaC, a laser gating technique that turns on and off redundant paths in a photonic flattened-butterfly network to save laser energy while maintaining high ...
The danger with this approach is that it may expose the laser turn-on delay and lead to higher network latency. ... SLaC: Stage laser control for a flattened ...
SLaC: Stage laser control for a flattened butterfly network. Y Demir, N Hardavellas. 2016 IEEE International Symposium on High Performance Computer Architecture ...
May 8, 2024 · SLaC: Stage laser control for a flattened butterfly network. HPCA ... EcoLaser: an adaptive laser control for energy-efficient on-chip photonic ...
SLaC: Stage laser control for a flattened butterfly network. Y Demir, N Hardavellas. 2016 IEEE International Symposium on High Performance Computer ...
Root network for 1D Flattened butterfly ... SLaC (Staged Laser Control) [HPCA'16]. – A “stage” corresponds to a row of routers in 2D Flattened butterfly.
Hardavellas, “Slac: Stage laser control for a flattened butterfly network,” in 2016 IEEE International Sym- posium on High Performance Computer Architecture ...
SLaC: Stage laser control for a flattened butterfly network. Conference Paper. Mar 2016. Yigit demir · Nikos Hardavellas · View.