Network Congestion can limit the performance of NoC due to increased transmission latency
and power consumption. In this paper, to reduce the network congestion, we present an …

Networks-on-chip (NoC) has attracted a great attention to resolve the interconnection
problem in billion-transistor era. Network congestion has a negative effect on the …

As the core count increases in a single chip, traditionally centralized communication
architecture has not met the communication demand in new situations, such as system-on …

Flow control in Network on Chip (NoC) is critical because unbalanced transmission process
and congestion in nodes can affect on-chip performance: communication latency …

One of the commonly known issues that contribute to performance degradation in on-chip
communication is congestion, by stalling data packets and increasing average latency. The …

Network-on-Chip (NoC) has been introduced as a novel solution to overcome the
constraints met in on-chip interconnection networks. Performance of NoCs is one of the …

The performance of NoCs (Networks-On-Chip) highly relies on the routing algorithm.
Despite the higher implementation complexity compared with deterministic routing, adaptive …

In all network types, load balancing is an essential issue that drastically affects the overall
system performance. Interconnection networks are no exception. A Network-on-Chip (NoC) …

In Network-on-Chip (NoC), adaptive routing provides packets multi paths to reach their
destinations. Thus, packets can escape the hot-spot nodes. However, as our study indicates …

Network-on-Chip (NoC) has been made the communication infrastructure for many-core
architecture. NoC are subject to congestion, which is claimed to be avoided by many …