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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.
A Taxonomy of Incentive Patterns – The Design Space of Incentives for Cooperation
Title: | A Taxonomy of Incentive Patterns – The Design Space of Incentives for Cooperation |
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Authors: | Philipp Obreiter, Jens Nimis |
Source: | Extended Version as technical report: TR 2003-9, ISSN 1432-7864 |
Date: | 2003-09-01 |
Type: | Publication |
File: | 2003TR9.pdf |
BibTex: |
@TECHREPORT{ON03b, author = {Philipp Obreiter and Jens Nimis}, month = {May}, year = 2003, title = {A Taxonomy of Incentive Patterns - the Design Space of Incentives for Cooperation}, number = {2003-9}, institution = {Universit"at Karlsruhe, Faculty of Informatics}, abstract = {In ad hoc networks, devices must cooperate in order to compensate for the absence of infrastructure. Yet, autonomous devices are free to decide whether to cooperate or not. Hence, incentives are indispensable to induce cooperation between autonomous devices. Recently, several approaches have been suggested that stimulate cooperation among devices. In this report, we point out that these approaches fall short of exploiting the design space of incentives for cooperation. Therefore, we introduce incentive patterns as a means of systematically conceiving incentive schemes with respect to the specifics of the application environment. Based on economics, we derive several incentive patterns and discuss them with respect to a set of general characteristics. Consequently, we propose a taxonomy that classifies the derived incentive patterns. Lastly, we exemplify systematic design of incentive schemes in the context of our DIANE project.} } |