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This podcast covers the research paper titled “A Survey of Protocols for Inter-Agent Communication in Multi-Agent Systems” by Sita Kumari and Dr. M. R. Rizvi.
It provides an in-depth examination of the communication strategies used among software agents within distributed systems, which is a foundational aspect of artificial intelligence and automation.
It covers inter-agent communication in Multi-Agent Systems (MAS), highlighting its fundamental role in enabling intelligent and collaborative behaviour among autonomous entities. The text outlines the characteristics of MAS agents, including autonomy and social ability, and explores the significance of structured communication protocols for coordination and negotiation. Various types of protocols like the Contract Net Protocol and Auction-Based Protocols are discussed, alongside key communication languages such as KQML and FIPA-ACL, which provide the syntax and semantics for agent interaction. The evaluation of these protocols based on efficiency, scalability, and robustness is examined, and future directions in this field, such as enhanced flexibility and learning-based communication, are identified. Overall, the sources underscore that effective communication is crucial for MAS to operate successfully in diverse and dynamic environments.
Click here to read more.
This podcast covers the research paper titled “A Survey of Protocols for Inter-Agent Communication in Multi-Agent Systems” by Sita Kumari and Dr. M. R. Rizvi.
It provides an in-depth examination of the communication strategies used among software agents within distributed systems, which is a foundational aspect of artificial intelligence and automation.
It covers inter-agent communication in Multi-Agent Systems (MAS), highlighting its fundamental role in enabling intelligent and collaborative behaviour among autonomous entities. The text outlines the characteristics of MAS agents, including autonomy and social ability, and explores the significance of structured communication protocols for coordination and negotiation. Various types of protocols like the Contract Net Protocol and Auction-Based Protocols are discussed, alongside key communication languages such as KQML and FIPA-ACL, which provide the syntax and semantics for agent interaction. The evaluation of these protocols based on efficiency, scalability, and robustness is examined, and future directions in this field, such as enhanced flexibility and learning-based communication, are identified. Overall, the sources underscore that effective communication is crucial for MAS to operate successfully in diverse and dynamic environments.