Autonomic Networking-on-Chip: Bio-Inspired Specification, by Phan Cong-Vinh

By Phan Cong-Vinh

Despite the growing to be mainstream value and exact benefits of autonomic networking-on-chip (ANoC) know-how, Autonomic Networking-On-Chip: Bio-Inspired Specification, improvement, and Verification is one of the first books to judge study effects on formalizing this rising NoC paradigm, which used to be encouraged through the human apprehensive system.

The FIRST ebook to evaluate examine effects, possibilities, & traits in "BioChipNets"

The 3rd publication within the Embedded Multi-Core platforms sequence from CRC Press, this is often a complicated technical advisor and reference composed of contributions from fashionable researchers in and academia around the globe. A reaction to the severe desire for an international details trade and discussion, it really is written for engineers, scientists, practitioners, and different researchers who've a simple figuring out of NoC and at the moment are able to how one can specify, enhance, and be sure ANoC utilizing rigorous approaches.

Offers specialist Insights Into Technical issues Including:

  • Bio-inspired NoC
  • How to map purposes onto ANoC
  • ANoC for FPGAs and established ASICs
  • Methods to use formal equipment in ANoC development
  • Ways to formalize languages that let ANoC
  • Methods to validate and be certain concepts for ANoC
  • Use of "self-" techniques in ANoC (self-organization, configuration, therapeutic, optimization, defense, etc.)
  • Use of calculi for reasoning approximately context information and programming versions in ANoC

With illustrative figures to simplify contents and improve knowing, this source includes unique, peer-reviewed chapters reporting on new advancements and possibilities, rising tendencies, and open learn difficulties of curiosity to either the autonomic computing and network-on-chip groups. assurance comprises cutting-edge ANoC architectures, protocols, applied sciences, and functions. This quantity completely explores the idea in the back of ANoC to demonstrate options that allow readers to exploit formal ANoC tools but nonetheless make sound judgments and make allowance for cheap justifications in perform.

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Extra resources for Autonomic Networking-on-Chip: Bio-Inspired Specification, Development, and Verification

Sample text

One research direction for this partial customization tried to slightly modify standard 2D mesh architecture to enhance certain metrics [234, 316]. Another direction tried to combine more than one standard 1 IP is a parameterizable core that can be used in SoC design implementation. Bio-Inspired NoC Architecture Optimization 25 architecture to generate a semi-optimized architecture with respect to certain metrics [91, 155, 209]. 3 Generation of fully-custom architectures Recently, researchers started to move from just enhancing the performance of the on-chip architecture to optimize it with respect to a specific metric [172, 283].

Switches inspect the headers of incoming packets to switch them to appropriate output ports. However, switches have to buffer every packet to avoid deadlocks, which lead to more complex switches and increase latency. Unlike packetswitching, circuit-switching has low complexity switching nodes because their main only function is to connect an incoming link to an outgoing link. Furthermore, since the circuit setup can either succeed or fail but it cannot stall somewhere, deadlock avoidance is easily achieved [321].

When the loss rate decreases, more flits arrived to destination nodes. 6(b) compares the energy consumption in function of the injection rate. This figure shows that the average energy consumption increases linearly when the injection rate increases. This increase can be explained by the huge number of flits generated as the injection rate increases. Without creating affinity links (S0), we can see highest energy consumption in heavy traffic (injection rate is above 50 Mbps) because flits have to be buffered and traverse more hops.

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