Routing for Center Concentrated Mesh
Journal Title: International Journal of Intelligent Engineering and Systems - Year 2017, Vol 10, Issue 1
Abstract
As the number of cores increases this affects the performance of the mesh and leads to investigation of new topological concept that is center concentrated Mesh. The topology designed seems to be efficient but the routing algorithm seems to contradict the objectives. In this paper we propose a new routing algorithm which is more time efficient in comparison to the center concentrated mesh (CCM) routing in terms of QoS Parameters and space efficient in comparison of table based routing algorithm. The main idea behind designing the new routing algorithm is due to the identification of hot spot effect at the center nodes created by CCM routing algorithm. Proposed routing algorithm is a hybrid of XY routing and CMM routing. Main objective of the proposed routing algorithm is to reduced hop count and improve the performance in quality of service parameters. It has been observed that the proposed routing algorithm has shown improvement in all the quality of service parameters. This improvement ranges from 10% - 30% as shown by the simulation results. The hop count analysis also provides the improvement of 7%. All the results prove that the proposed routing algorithm is a better substitute to CMM routing algorithm. The routing has also been compared to odd-even algorithm and was found to be slightly better.
Authors and Affiliations
Akash Punhani
Keywords
Related Articles
- EP ID EP229397
- DOI 10.22266/ijies2017.0228.10
- Views 107
- Downloads 0
Reliable and Efficient Distribution of Multicast Session Key for Deduplicated Data in Cloud Computing
Data deduplication is one of the fascinating features of any cloud computing storage service which is generally realized as Cross User Data Deduplication (CUDD). Although it provides optimization which is challenging to...
Optimal Test Case Prioritization in Cloud based Regression Testing with Aid of KFCM
Regression testing is a kind of software testing that authenticates that software previously developed and established still accomplishes correctly after it was altered or interfaced with other software. The aim of the i...
Opposition Learning-Based Grey Wolf Optimizer Algorithm for Parallel Machine Scheduling in Cloud Environment
Cloud computing is a novel developing computing paradigm where implementations, information, and IT services are given over the internet. The parallel-machine scheduling (Task-Resource) is the important role in cloud com...
Appropriate Channel Selection for Dynamic Resource Allocation with Priority Scheduling Approach in Multi-hop Cognitive Radio Networks
Today’s wireless communication systems required groundbreaking solution to meet scarcity of radio spectrum. Cognitive radio (CR) is an emerging technology which provides futuristic solution and improving the precious lik...
Energy-Aware Fruitfly Optimisation Algorithm for Load Balancing in Cloud Computing Environments
An effective task scheduling is one of the vital aspects for effectually hitching the potential of cloud computing. The most important aspect of task scheduling focuses on balancing the load of tasks among virtual machi...