ZDNet UK


Skip to Main Content

ZDNet.co.uk - Winner of Best Business Website 2007
  1. Home
  2. News
  3. Blogs
  4. Reviews
  5. Jobs
  6. Resources
  7. Community
  8. My ZDNet

 

ZDNet UK RSS Feeds


Network management Toolkit

Download now

Power-Aware Source Routing Protocol for Mobile Ad Hoc Networks

Did you find this white paper useful?
20 out of 42 users found this white paper useful


Publisher Association for Computing Machinery
Publisher Registration N/A
Topics Switching, Web Protocols, Mobile - Wireless Communications Date added 14 Aug 2002
Downloads 43 Format 38.9KB PDF

Ad hoc wireless networks are power constrained since nodes operate with limited battery energy. To maximize the lifetime of these networks (defined by the condition that a fixed percentage of the nodes in the network "Die out" due to lack of energy), network-related transactions through each mobile node must be controlled such that the power dissipation rates of all nodes are nearly the same. Assuming that all nodes start with a finite amount of battery capacity and that the energy dissipation per bit of data and control packet transmission or reception is known, this paper presents a new source-initiated (on demand) routing protocol for mobile ad hoc networks that increases the network lifetime.

Download now

Did you find this white paper useful?
20 out of 42 users found this white paper useful


  • Trackback
  • Clip Link

Related white papers

802.11n Access Points and Power over Ethernet: Key Considerations

In this 5 page report, you'll discover more about the key technical considerations when making the move to 802.11n. The report provides: ? An overview of PoE ? Information on verifying power...


Practical Considerations for deploying 802.11n whitepaper

There is a lot of confusion surrounding the capabilities and status of the new 802.11n WiFi standard; understandable since the standard is very broad and has been slow to develop. There...


A Nortel Solution Converges All Communications in a Single Box

Demaine & Collis Group is a small company but they provide sales and support for numerous food-service manufacturers throughout the province of Ontario. The company required an automated telecommunications system...


Expanding Services and Seizing New Business Opportunities With Advanced Network Solutions From Nortel Networks

German utility supplier ESAG and spin-off telecommunications service provider desaNet needed a reliable, high-speed network to support an expanding business model while delivering cost efficiencies. ESAG turned to their trusted...


Rose-Hulman Institute of Technology Engineers a High-Performance Campus Network

Rose-Hulman Institute of Technology is one of the nation's top-ranked engineering, science, and mathematics colleges. The user community complained about network instability. The Board of Trustees listened and approved one-time...


Open Shortest Path First

Open Shortest Path First (OSPF) is a routing protocol developed for Internet Protocol (IP) networks by the interior gateway protocol (IGP) working group of the Internet Engineering Task Force (IETF). The...


Boosting Sales at the Box Office

Michigan-based Goodrich Quality Theaters decided that IT would be key to growing the success of its 33 theaters throughout the Midwest. The company needed a reliable POS system with more...


White Paper

Featured White Paper

11 things to consider for File Virtualization

As organizations struggle to cope with the exponential growth of data, especially in the unstructured and decentralized file space, the urgency to gain better control, visibility and transparency of file data also grows.

Download Now

Other White Papers

Inter-site Ethernet: A guide to choosing your Ethernet service provider

The market for Ethernet is continuing to grow, as UK organisations appreciate the cost savings,...

Laying the foundations for evolving eGovernment: Why next generation Ethernet technology holds the key

The UK Government has committed to transform the public sector by making truly e-enabled...

See All White Papers