Andere Kunden interessierten sich auch für
![Formal Object State Model Transformations for Automated Agent System Synthesis]( "Formal Object State Model Transformations for Automated Agent System Synthesis")
Formal Object State Model Transformations for Automated Agent System Synthesis58,99 €![Extensible Multi-Agent System for Heterogeneous Database Association Rule Mining and Unification]( "Extensible Multi-Agent System for Heterogeneous Database Association Rule Mining and Unification")
Extensible Multi-Agent System for Heterogeneous Database Association Rule Mining and Unification54,99 €![A Multi Agent System for Flow-Based Intrusion Detection Using Reputation and Evolutionary Computation]( "A Multi Agent System for Flow-Based Intrusion Detection Using Reputation and Evolutionary Computation")
A Multi Agent System for Flow-Based Intrusion Detection Using Reputation and Evolutionary Computation54,99 €![Application of Fuzzy State Aggregation and Policy Hill Climbing to Multi-Agent Systems in Stochastic Environments]( "Application of Fuzzy State Aggregation and Policy Hill Climbing to Multi-Agent Systems in Stochastic Environments")
Application of Fuzzy State Aggregation and Policy Hill Climbing to Multi-Agent Systems in Stochastic Environments54,99 €![Knowledge Base Support for Design and Synthesis of Multi-Agent Systems]( "Knowledge Base Support for Design and Synthesis of Multi-Agent Systems")
Knowledge Base Support for Design and Synthesis of Multi-Agent Systems54,99 €![Software Domain Model Integration Methodology for Formal Specifications]( "Software Domain Model Integration Methodology for Formal Specifications")
Software Domain Model Integration Methodology for Formal Specifications54,99 €![A Formal Specification and Proof of System Safety Using the Schematic Protection Model]( "A Formal Specification and Proof of System Safety Using the Schematic Protection Model")
A Formal Specification and Proof of System Safety Using the Schematic Protection Model56,99 €
As network bandwidth increases, distributed applications are becoming increasing lyprevalent. Systems using these applications are very complicated to build and must be dependable. Software agents are ideal for breaking complicated problems into manageable subtasks. Agent conversations, a series of messages passed between agents, are the cornerstone of multi-agent systems and must be deemed correct before being placed into service. The purpose of this research was to develop a formal methodology and technique to verify that the communication protocols defined in a multi-agent environment were valid. This was accomplished by examining agent conversations before deploying the system. An additional goal of this research was to develop a proof-of-concept module for agent Tool that automatically verified some of the important properties identified in this methodology.