A novel adaptive routing algorithm–Efficient Dynamic Adaptive Routing (EDAR) is proposed
to provide a fault-tolerant capability for Networks-on-Chip (NoC) via an efficient routing path …

Adaptive routing is effective in maintaining higher processor performance and avoids
packets over minimal or non-minimal alternate routes without congestion for a …

We present a novel network-on-chip (NoC) architecture, called SDNoC, that is based on a
hybrid hardware/software approach. This approach is based on a few principles used in …

Deterministic routing algorithms are easier to design and implement in NoC but these fail to
adapt to congestion. Table based adaptive routing solutions are not scalable. As the number …

Delays caused by congestion, faults and process variation (PV) degrade networks-on-chip
(NoC) performance. A congestion aware, fault tolerant and process variation aware adaptive …

Fault-tolerant minimal routing algorithms aim at finding a Manhattan path between the
source and destination nodes and route around all faulty nodes. Additionally, some non …

Meshes are widely used topologies for Networks on Chip (NoC). Honeycomb meshes have
better topological properties than Meshes. In order to communicate efficiently in a linear or …

Adaptive routing algorithms offer the ability to avoid congestion by supporting multiple paths
between a source and destination. However, supporting adaptive routing for low latency …

An adaptive routing helps in evading early network saturation by steering data packets
through the less congested area at the oppressive loaded situation. However, performances …

Fault-tolerant Manhattan routing algorithms aim at finding a Manhattan path between the
source and destination nodes and route around all faulty nodes. However, besides faulty …