Sharif Digital Repository

All-optical wavelength-routed architecture for a power-efficient network on chip

Author

Koohi, S.

Pub. Year

2014

Subjects

Low-power design. / Network architecture and design. / Data communication systems. / Distributed computer systems. / Energy utilization. / Low power electronics. / Microprocessor chips. / Network architecture. / Routers. / All optical switch. / Data transmission delay. / Deterministic routing algorithms. / Emerging technologies. / Interconnection architecture. / Power and energy consumption. / Proposed architectures. / Computer architecture.

Hierarchical opto-electrical on-chip network for future multiprocessor architectures

Author

Koohi, S.

Pub. Year

2011

Subjects

Optical NoC. / Analytical model. / Contention-free. / Data transmission delay. / Energy consumption. / Hierarchical architectures. / Hierarchy. / Its efficiencies. / Lower bounds. / Multi processor architecture. / Network size. / New technologies. / On-chip interconnects. / On-chip networks. / On-chip optical interconnects. / Optical networks. / Optical NoC. / Optical transmissions. / Packet size distribution. / Power consumption. / Power dissipation. / Power reductions. / Processing core. / Proposed architectures. / Scalability problems. / Simulation-based. / Traffic pattern. / Electric losses. / Energy utilization. / Fiber optic networks. / Light transmission. / Mathematical models. / Optical interconnects. / Optical links. / Scalability. / VLSI circuits. / Network architecture.

Scalable architecture for a contention-free optical network on-chip

Author

Koohi, S.

Pub. Year

2012

Subjects

Network-on-Chip. / Optics. / Passive router. / Power consumption. / Scalability. / Wavelength routing. / All optical switch. / Area overhead. / Columbia. / Contention-free. / Data network. / Destination nodes. / End-points. / Energy reduction. / Intermediate node. / Network on chip. / On chips. / Optical data. / Optical packets. / Passive architecture. / Proposed architectures. / Resource reservations. / Scalable architectures. / Traffic pattern. / Wavelength routing. / Computer architecture. / Data communication systems. / Electric power utilization. / Energy utilization. / Fiber optic networks. / Optics. / Routers. / Scalability. / VLSI circuits. / Wavelength. / Network architecture.

Power efficient nanophotonic on-chip network for future large scale multiprocessor architectures

Author

Koohi, S.

Pub. Year

2011

Subjects

Architecture. / Photonic. / All-optical. / Area overhead. / Control architecture. / Control planes. / Data network. / Data transmission delay. / Deterministic routing algorithms. / Intermediate node. / Large-scale network. / Multi processor architecture. / Networks on chips. / NoC. / Node degree. / On-chip networks. / Optical data. / Optical resources. / Power efficient. / Power reductions. / Proposed architectures. / Traffic pattern. / Wavelength routing. / Fiber optic networks. / Multiplexing equipment. / Nanophotonics. / Nanostructured materials. / Nanotechnology. / Routers. / Topology. / Wavelength division multiplexing. / Network architecture.

Hierarchical on-chip routing of optical packets in large scale MPSoCs

Author

Koohi, S.

Pub. Year

2010

Subjects

Hierarchical. / Optical NoC. / Scalable. / Analytical model. / Contention-free. / Data transmission delay. / Energy consumption. / Link length. / Lower bounds. / On chips. / On-chip networks. / Optical packets. / Optical transmissions. / Power Consumption. / Scalability problems. / Simulation-based. / Electron energy loss spectroscopy. / Energy dissipation. / Energy dissipators. / Mathematical models. / Optical links. / Transmissions. / Light transmission.