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Journal of Zhejiang University SCIENCE C 1998 Vol.-1 No.-1 P.

http://doi.org/10.1631/FITEE.2000069


A fuzzy-integrated congestion aware routing algorithm for network on chip


Author(s):  Shahrouz YASREBI, Akram REZA, Mohammad NIKRAVAN, Seena VAZIFEDAN

Affiliation(s):  Department of Computer Engineering, Shahr-e-Qods Branch, Islamic Azad University, Tehran, Iran; more

Corresponding email(s):   a.reza@qodsiau.acir

Key Words:  Network on chip, Routing algorithm, Congestion control, Fuzzy logic


Shahrouz YASREBI, Akram REZA, Mohammad NIKRAVAN, Seena VAZIFEDAN. A fuzzy-integrated congestion aware routing algorithm for network on chip[J]. Frontiers of Information Technology & Electronic Engineering, 1998, -1(-1): .

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Abstract: 
network on chip (NoC) is an infrastructure providing a communication platform to multiprocessor chips. Furthermore, the wormhole-switching method, which shares resources, was utilized to increase its efficiency; however, this can lead to congestion. Moreover, dealing with this congestion consumes more energy and correspondingly leads to increases in power consumption. Furthermore, consuming more power results in more heat and increases thermal fluctuations that lessen the life span of the infrastructures and, more importantly, the network’s performance. Given these complications, providing a method that controls congestion is a significant design challenge. In this paper, a fuzzy logic congestion control routing algorithm is presented to enhance the NoC’s performance when facing congestion. To avoid congestion, the proposed algorithm employs the occupied input buffer and the total occupied buffers of the neighboring nodes along with the maximum possible path diversity with minimal path length from instant neighbors to the destination as the selection parameters. Moreover, to enhance the path selection function, the uncertainty of the fuzzy logic algorithm is utilized. As a result, the average delay, power consumption, and maximum delay are reduced by 14.88%, 7.98%, and 19.39%, respectively. Additionally, the proposed method enhances the throughput and total packets received by 14.9% and 11.59%, respectively. Moreover, to show the significance of the proposed algorithm, it is examined using transpose traffic patterns and the average delay is improved by 15.3%. Correspondingly, the average delay is reduced by 3.8% in TMPEG-4 (treble MPEG-4), 36.6% in QPIP (quadruplicate PIP), and 20.9% in TVOPD (treble VOPD).

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