A Hierarchical Approach to Reduce Power Consumption in Core and Edge Networks

A Hierarchical Approach to Reduce Power Consumption in Core and Edge Networks

Author: 
Raman, Shankar
Place: 
Hershey, PA
Publisher: 
IGI Global
Date published: 
2013
Responsibility: 
Venkat, Balaji, jt. author
Raina, Gaurav, jt. author
Editor: 
Boucadair, Mohamed
Source: 
Solutions for Sustaining Scalability in Internet Growth
Abstract: 

With unicast, the metric is used to determine a low-power path between sources and destinations. The source and destination entities could be attached to Autonomous Systems (ASes) or to routing areas within the Autonomous System. Determining a low-power path within an Autonomous System provides a unique challenge as the topology of the constituent areas may not be known. To that end, we propose the use of a selective leak technique for disclosing low-power paths. Additionally, the proposed method can also be used to determine disjoint or redundant paths for load-balancing or fault tolerance. With multicast, the metric serves the twin purpose of finding low-power multicast paths as well as multicast replication points. Once low-power paths in either the unicast or the multicast cases are identified, then currently available traffic engineering techniques could be used to route the data packets.

Series: 
Advances in Web Technologies and Engineering

CITATION: Raman, Shankar. A Hierarchical Approach to Reduce Power Consumption in Core and Edge Networks edited by Boucadair, Mohamed . Hershey, PA : IGI Global , 2013. Solutions for Sustaining Scalability in Internet Growth - Available at: https://library.au.int/hierarchical-approach-reduce-power-consumption-core-and-edge-networks