Page 220 - AI for Good-Innovate for Impact Final Report 2024
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AI for Good-Innovate for Impact



                      51�2�2� Future Work

                      To further enhance this use case, future endeavors include:

                      •    Data Collection: Gathering more comprehensive datasets to refine AI models and
                           enhance operational accuracy.
                      •    Model Development: Evolving the LLM technology to better understand and execute
                           complex network maintenance tasks.
                      •    Extension and Variation: Expanding the application of AIChatOps to new operational
                           scenarios and use cases.
                      •    Standards Development: Establishing industry standards for AI-powered network
                           maintenance practices.  


                      51�3� Use case requirements
                      •    REQ-Q1: It is critical to enable real-time intent recognition and scheduling capabilities
                           for network maintenance tasks.
                      •    Note: Ensure the system can interpret natural language instructions swiftly to initiate and
                           schedule tasks without manual intervention.
                      •    REQ-Q2: It is critical to implement mobile-compatible features for querying and executing
                           network tasks via natural language instructions.
                      •    Note: This functionality empowers frontline personnel with on-the-go access to critical
                           operational data and actions, enhancing operational efficiency and flexibility.
                      •    REQ-Q3: It is critical to integrate  ChatOps
                      •    Note: Enhance human-robot interaction by leveraging LLM's intent recognition to match
                           user queries with appropriate automation capabilities, optimizing operational workflows.
                      •    REQ-Q4: It is critical to develop a multi-agent system to distribute and execute network
                           maintenance tasks autonomously.
                      •    Note: This system efficiently handles complex tasks by assigning and coordinating
                           multiple agents.


                      51�4� Sequence diagram




































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