Navigation
A Process and a Tool for Creating Service Descriptions based on DAML-S
A Prototype of the System to Provide Mobile Users with Services in Wireless Networks
A Quality-of-Service-Aware Genetic Algorithm for The Source Routing in Ad-hoc Mobile Networks
A Taxonomy of Incentive Patterns – The Design Space of Incentives for Cooperation
A Taxonomy of Incentive Patterns – The Design Space of Incentives for Cooperation
Data Structures for a System to Dynamically Provide Mobile Users with Information in Wireless Networks
DIANEmu – A Java Based Generic Simulation Environment for Distributed Protocols
Lanes – A Lightweight Overlay for Service Discovery in Mobile Ad Hoc Network
Lanes – A Lightweight Overlay for Service Discovery in Mobile Ad Hoc Network
Service Rings – A Semantic Overlay for Service Discovery in Ad hoc Networks
Stepwise Refinable Service Descriptions: Adapting DAML-S to Staged Service Trading
Stimulating Cooperative Behavior of Autonomous Devices – An Analysis of Requirements and Existing Approaches
Stimulating Cooperative Behavior of Autonomous Devices – An Analysis of Requirements and Existing Approaches
Vertical Integration of Incentives for Cooperation – Inter-layer Collaboration as a Prerequisite for Effectively Stimulating Cooperation in Ad Hoc Networks.
Lanes – A Lightweight Overlay for Service Discovery in Mobile Ad Hoc Network
Title: | Lanes – A Lightweight Overlay for Service Discovery in Mobile Ad Hoc Network |
---|---|
Authors: | Michael Klein, Birgitta König-Ries, Philipp Obreiter |
Source: | Extended Version as technical report: TR 2003-6, ISSN 1432-7864 |
Date: | 2003-07-01 |
Type: | Publication |
File: | TR_Lanes.pdf |
BibTex: |
@TECHREPORT{KKO03c, author = {Michael Klein and Birgitta K{"o}nig-Ries and Philipp Obreiter}, month = {May}, year = 2003, title = {Lanes -- A Lightweight Overlay for Service Discovery in Mobile Ad Hoc Networks}, booktitle = {Second International Workshop on Wireless Information Systems {(WIS2003)}}, number = {2003/6}, institution = {Universit"at Karlsruhe, Faculty of Informatics}, abstract = {The ability to discover services offered in a mobile ad hoc network is the major prerequisite for effective usability of these networks. Unfortunately, existing approaches to service trading are not well suited for these highly dynamic topologies since they either rely on centralized servers or on resource-consuming query flooding. Application layer overlays seem to be a more promising approach. However, existing solutions like the Content-Addressable Network (CAN) are especially designed for internet based peer-to-peer networks yielding structural conditions that are far too complex for ad hoc networks. Therefore, in this paper, we propose a more lightweight overlay structure: lanes. We present algorithms to correct and optimize its structure in case of topology changes and show how it enables the trading of services specified by arbitrary descriptions.} } |