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This efficiency makes the proposed method a powerful asset for reliable routing in NoCs.
We propose three dynamic frequency tuning techniques, FreqBoost, FreqThrtl and FreqTune, targeted at congestion and power management in NoCs.
In this work, we present a mechanism for a global and dynamic admission control in NoCs dedicated to real-time systems.
A major design problem in NoCs is the interconnect realization that requires modeling and performance metrics—such as the signal integrity and noise immunity.
Real system simulations show the significant improvement (30 200%) in NoCs latency and throughput compared to the state-of-the-art minimum-path approach because of the diminishing hotspots and balanced load distribution.
Importance of power dissipation in NoCs, along with power reduction capability of on-chip optical interconnects, offers optical network-on-chip as a new technology solution for on-chip interconnects.
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Many repeating and similar instructions are frequently transferred in NoC.
However, shared resources in NoC architectures can result in unwanted variation in spike packet transfer latency.
Analytical model based performance estimation for coding technique is extensively used in NoC.
The paper proposed the chip implementation of the new technique of securing data in NoC routers.
Network topology, switching mechanism and routing algorithms are the key research area in NoC.
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