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Cooperative Information Agents XII 12th International Workshop CIA 2008 Prague Czech Republic September 10 12 2008 Proceedings 1st Edition by Matthias Klusch, Michal Pechoucek, Axel Polleres 3540858342 9783540858348

  • SKU: BELL-2039414
Cooperative Information Agents XII 12th International Workshop CIA 2008 Prague Czech Republic September 10 12 2008 Proceedings 1st Edition by Matthias Klusch, Michal Pechoucek, Axel Polleres 3540858342 9783540858348
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Cooperative Information Agents XII 12th International Workshop CIA 2008 Prague Czech Republic September 10 12 2008 Proceedings 1st Edition by Matthias Klusch, Michal Pechoucek, Axel Polleres 3540858342 9783540858348 instant download after payment.

Publisher: Springer-Verlag Berlin Heidelberg
File Extension: PDF
File size: 6.6 MB
Pages: 321
Author: Stefan Decker, Manfred Hauswirth (auth.), Matthias Klusch, Michal Pěchouček, Axel Polleres (eds.)
ISBN: 9783540858331, 3540858334
Language: English
Year: 2008
Edition: 1

Product desciption

Cooperative Information Agents XII 12th International Workshop CIA 2008 Prague Czech Republic September 10 12 2008 Proceedings 1st Edition by Matthias Klusch, Michal Pechoucek, Axel Polleres 3540858342 9783540858348 by Stefan Decker, Manfred Hauswirth (auth.), Matthias Klusch, Michal Pěchouček, Axel Polleres (eds.) 9783540858331, 3540858334 instant download after payment.

Cooperative Information Agents XII 12th International Workshop CIA 2008 Prague Czech Republic September 10 12 2008 Proceedings 1st Edition by Matthias Klusch, Michal Pechoucek, Axel Polleres - Ebook PDF Instant Download/Delivery: 3540858342, 9783540858348

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Product details:

ISBN 10: 3540858342 

ISBN 13: 9783540858348

Author: Matthias Klusch; Michal Pechoucek; Axel Polleres

This book constitutes the refereed proceedings of the 12th International Workshop on Cooperative Information Agents, CIA 2008, held in Prague, Czech Republik, in September 2008. The book contains 5 invited papers and 19 revised full papers which were carefully reviewed and selected from 38 submissions. The papers are organized in topical sections on Trust, Applications, Coordination and Communications, and Negotiation.

Table of contents:

  1. Enabling Networked Knowledge
  2. What Is Networked Knowledge?
  3. Why Enabling Networked Knowledge?
  4. Social Semantic Information Spaces
  5. Semantic Social Networks
  6. Semantic Collaborative Technologies
  7. Semantic Reality
  8. Application-Oriented Research Domains
  9. An Example Application Scenario
  10. Core Research Topics for the Next Years
  11. Creating Impact
  12. References
  13. Coordination and Agreement in Multi-Agent Systems
  14. Introduction
  15. Coordination in Multi-Agent Systems
  16. Towards a Technology of Agreement
  17. Discussion
  18. References
  19. Agents and Databases: A Symbiosis?
  20. Introduction
  21. Information Agents and Databases
  22. Information Agents
  23. Databases
  24. Symbionts or Predators, Peaceful Coexistence or Mutual Indifference?
  25. Hyperdatabases
  26. The Hyperdatabase Vision
  27. Hyperdatabase Projects
  28. Conclusion
  29. References
  30. Agents and Semantic Services: A Critical Review
  31. Agent-Supported Planning in Distributed Command and Control Environments
  32. Introduction
  33. DEEP: Distributed Episodic Exploratory Planning
  34. High Level Architecture
  35. References
  36. Towards Trust-Based Acquisition of Unverifiable Information
  37. Introduction
  38. Application Scenarios
  39. Trust-Based Mechanism for Information Acquisition
  40. Evaluation of a Response
  41. Bayesian Trust-Model
  42. Optimizing the Number of Challenges
  43. Weighting the Number of Challenges with Trust
  44. Discussion
  45. Related Work
  46. Conclusion and Future Work
  47. References
  48. Modeling Dynamics of Relative Trust of Competitive Information Agents
  49. Introduction
  50. Modelling Dynamics of Trust of Competitive Trustees
  51. Parameters Characterising Individual Differences between Humans
  52. Dynamical Models for Relative Trust and Distrust
  53. Combining Positive and Negative Trust in Overall Relative Trust
  54. Decision Model for Selection of a Trustee
  55. Simulation Results
  56. Relativeness
  57. Trust Decay
  58. Flexibility of Trust
  59. Autonomy of Trust
  60. Initial Trust and Distrust
  61. Dynamics of Relative Trust in Different Cultures
  62. Formal Analysis of the Model
  63. Discussion
  64. References
  65. A Formal Approach to Aggregated Belief Formation
  66. Introduction
  67. Belief Formalism
  68. Belief Aggregation
  69. Aggregation Examples
  70. Complex Belief of Type Integrated Sources
  71. Algebraic Formalization
  72. Implementation
  73. Controlling Aggregations
  74. Free and Bounded Variables
  75. Nested Aggregations
  76. Example Scenarios
  77. Related Research
  78. Summary and Future Research
  79. References
  80. Software Engineering for Service-Oriented MAS
  81. Introduction
  82. Background
  83. Agent-Oriented Software Engineering
  84. Service-Oriented System Engineering
  85. Service-Oriented MAS Engineering
  86. Software Engineering Requirements
  87. Integration between Agents and Services
  88. Development Issues
  89. Multiagent Systems
  90. Service-Oriented Architectures
  91. Frameworks and Techniques
  92. Tools Analysis
  93. Integration between Agents and Services
  94. Development Issues
  95. Multiagent Systems
  96. Service-Oriented Architectures
  97. Discussion
  98. Conclusions and Future Work
  99. References
  100. A Service-Oriented MultiAgent Architecture for Cognitive Surveillance
  101. Introduction
  102. Related Work
  103. Comparison to the Proposed Architecture
  104. Architecture
  105. Architectural Overview
  106. Perceptual Layer
  107. Conceptual Layer
  108. Scaling the Surveillance System
  109. Deployment and Results
  110. Discussion and Conclusion
  111. References
  112. Trust-Based Classifier Combination for Network Anomaly Detection
  113. Introduction
  114. Extended Trust Modeling
  115. Detection Process
  116. Detection Agent Types
  117. Collective Trust Modeling
  118. Algorithm Properties
  119. Experimental Evaluation
  120. Related Work
  121. Conclusion
  122. References
  123. A Distributed Generative CSP Framework for Multi-site Product Configuration
  124. Introduction/Background
  125. Motivating Example
  126. Generative Constraint Satisfaction
  127. DisGCSPFramework
  128. Asynchronous Search
  129. Framework for DisGCSP
  130. Evaluation
  131. Conclusions
  132. References
  133. MobiSoft: Networked Personal Assistants for Mobile Users in Everyday Life
  134. Introduction to MobiSoft
  135. Application Scenarios
  136. Project Assistant
  137. Social-Mobile Assistant
  138. Campus.NET
  139. Architecture and Technology
  140. TracySE, TracyME and TAL
  141. Network Types and Communication Techniques
  142. Prototypes
  143. Related Work
  144. Lessons Learned
  145. Conclusions
  146. References
  147. A Web-Based Virtual Machine for Developing Computational Societies
  148. Introduction
  149. Computational Societies as Social Middleware Infrastructures
  150. Structure of a Web-Based Social Middleware Infrastructure
  151. Publishing Social Entities as Web-Resources
  152. Distributing the Interaction Space through Web Servers
  153. Dynamics of a Web-Based Social Middleware Infrastructure
  154. Conclusion
  155. References
  156. Using the Wizard of Oz Method to Train Persuasive Agents
  157. Introduction
  158. Persuasive Conversational Agents
  159. Conversational Agents
  160. Wizard of Oz Method
  161. Persuasive Conversation
  162. Learning Persuasive Agents
  163. Goal-Oriented ConversationModel
  164. Updating ConversationModel
  165. Reducing Redundancy in the ConversationModel
  166. Implementing a Persuasive Conversational Agent
  167. Evaluation
  168. Experiment 1: Input Cost ofWizard
  169. Experiment 2: Persuasiveness of ConversationModel
  170. Conclusion
  171. References
  172. ASBO: Argumentation System Based on Ontologies
  173. Introduction
  174. An Argumentation System Based on Ontologies
  175. Attacking Ontology Rules in Argumentation
  176. ASBO in a Persuasive Argumentation Scenario
  177. Related Work
  178. Conclusions and Future Work
  179. References
  180. Controling Contract Net Protocol by Local Observation for Large-Scale Multi-Agent Systems
  181. Introduction
  182. Simulation
  183. Restricted CNP Model
  184. Simulation Model
  185. Fluctuation in Award Selection
  186. Previous Results
  187. Performance with Variable Task Load
  188. Fluctuation Control Based on Estimation
  189. Use of Queue Length
  190. Estimation from Set of Bid Values
  191. Dropped Tasks
  192. Discussion
  193. Conclusion
  194. References
  195. Filter Allocation Using Iterative ECNP
  196. Introduction
  197. $A$-net Network Simulation
  198. Network Flow Filters
  199. Filter Allocation Problem
  200. Related Work
  201. Service Oriented Architectures
  202. Task Allocation Problem
  203. Filter Allocation and Delegation in $A$-net
  204. Task Description
  205. Greedy Algorithm: ECNP
  206. Improved Algorithm: Iterative ECNP
  207. Formal Description of Filter Allocation Problem in Network
  208. Experiments
  209. Conclusion
  210. References
  211. On the Use of Symbolic Data Analysis to Model Communication Environments
  212. Introduction
  213. Interaction Support
  214. The Solutions Based on Dyadic Interaction
  215. The Solutions Based on a Data Space
  216. Solutions Based on a Specific Mechanism
  217. Communication Environment
  218. Symbolic Data Modeling
  219. Communication Routing
  220. Functional Description of the Environment
  221. Description of the Environment Modules
  222. Description of Common Cases
  223. Discussion
  224. Expressiveness of the Delivery Mechanism
  225. Completeness of the DeliveryMechanism
  226. Expressiveness of Context Awareness in the DeliveryMechanism
  227. Conclusion
  228. References
  229. Commitment-Based Multiagent Decision Making
  230. Introduction and Motivation
  231. Types of Commitments
  232. A Commitment-Driven Multiagent System
  233. BDI in a Branching-Time CTL* Framework
  234. Syntax and Semantics of {it BDI -{CTL}}∗
  235. Commitments
  236. Structure of Commitments
  237. Operations on Commitments
  238. Commitment Formalization in BDI+CTL*
  239. Example Uses of the BDI Commitment Formalism
  240. Conclusion and Future Directions
  241. References
  242. Towards an Open Negotiation Architecture for Heterogeneous Agents
  243. Introduction
  244. Negotiation System and Agent Architecture
  245. Negotiation System Architecture
  246. Software Agent
  247. Interface and Adapters
  248. Experiments
  249. Related Work
  250. Conclusion and Future Work
  251. References
  252. Incrementally Refined Acquaintance Model for Consortia Composition
  253. Introduction
  254. Problem Statement
  255. IRAM-Based Consortium Formation
  256. Acquaintance Model
  257. IRAM Algorithm
  258. Properties of IRAM
  259. Reference Algorithm
  260. Implementation
  261. Experiments
  262. Quality of a Model
  263. Benchmarking IRAM vs. Chebyshev
  264. Conclusion
  265. References
  266. Towards a Monitoring Framework for Agent-Based Contract Systems
  267. Introduction
  268. Norms and Architecture
  269. Overview of Monitoring
  270. Agent Behaviours in the Monitoring Architecture
  271. Monitor
  272. Observer
  273. Mapper
  274. Contract Store
  275. Manager
  276. Contract Monitoring: Representation and Interpretation
  277. Mapping Norms to Augmented Transition Networks
  278. Interpretation of Augmented Transition Networks
  279. Composition of {it ATN}s
  280. Future Work
  281. Conclusions
  282. References
  283. Collaborative Load-Balancing in Storage Networks Using Agent Negotiation
  284. Introduction
  285. Problem Context: Storage Networks
  286. Related Work
  287. Model and Protocol
  288. FormalModel
  289. The Distributed Negotiation Protocol
  290. Simulation Design
  291. Simulation Results
  292. Conclusions

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Tags: Matthias Klusch, Michal Pechoucek, Axel Polleres, Cooperative

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