Order is power: Selective Packet Interleaving for energy efficient Networks-on-Chip. Abstract: Network-on-Chip (NoC) links consume a significant fraction of the total NoC power. We present Selective Packet Interleaving (SPI), a flit transmission scheme that reduces power consumption in NoC links.
We present. Selective Packet Interleaving (SPI), a flit transmission scheme that reduces power consumption in NoC links. SPI decreases the number of bit ...
We present. Selective Packet Interleaving (SPI), a flit transmission scheme that reduces power consumption in NoC links. SPI decreases the number of bit ...
This work presents Parity Routing (PaR), a novel method to add redundant parity information to packets, while minimizing the number of redundant bits ...
Network-on-Chip (NoC) links consume a significant fraction of the total NoC power. We present Selective Packet Interleaving (SPI), a flit transmission ...
Disabling packet interleaving does not degrade network performance assuming that sources transmit its of the same packet contiguously. To the contrary ...
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Order is power: Selective Packet Interleaving for energy efficient Networks-on-Chip ... Packet Interleaving (SPI), a flit transmission scheme that reduces power ...
Order is Power: Selective Packet Interleaving for Energy Efficient Networks-on-Chip............................................... 37. Amit Berman, Ran ...
Second, we present Selective Packet Interleaving (SPI), a flit transmission scheme that reduces power consumption in NoC links. SPI decreases the number of bit ...
Order is power: Selective Packet Interleaving for energy efficient Networks-on-Chip ... We present Selective Packet Interleaving (SPI), a flit transmission ...