1、1/56ContentsI.Introduction.3II.Motivation and Development History of IDAN.42.1 Research Background and Motivation.52.1.1 Challenge 1:Diverse and Changing Service Requirements of Users.52.1.2 Challenge 2:Heterogeneity and Complexity of Intelligent Networks.62.1.3 Challenge 3:Personalized and Customiz

2、ed On-Demand Services 62.2 Development History of IDAN.6III.Conception Meaning andAdvantages of IDAN.83.1 Concept of IDAN.93.2 Techniques of IDAN.93.3 Advantages of IDAN.12IV.Architecture and Experimental Validation of IDAN.134.1 Hierarchical Operation Architecture of IDAN.134.2 Technical Implementa

3、tion Architecture of IDAN.144.3 End-to-End Implementation of IDAN.164.4ExperimentalValidationoftheIntent-DrivenOpticalNetworkArchitecture.174.4.1 Design and Optimization of the Deployment Method.174.4.2 Operation and Maintenance Methods and Policies.204.4.3 Integration Methods Compatible with the Ex

4、isting Network.21V.Key Technologies Involved in the Full-lifecycle of IDAN.245.1 Top-Down Intent Fulfillment.255.1.1 Intent Modeling.255.1.2 Intent Understanding.265.1.3 Policy Verification.285.2 Intent Realization Knowledge Management.30VI.Application Cases of IDAN.326.1 Application Cases-Intent-Dr

5、iven CLL.326.2 Application Cases-China Unicom.366.2.1 Intent-driven Autonomous Orchestration Case.366.2.2 Intent-Driven Autonomous Energy Saving.376.2.3 Automatic Drive Test Intelligent Evaluation Solution.386.3 Application Cases-China Mobile.396.3.1 Intent-driven Hierarchical Service Assurance Case

6、.392/566.3.2 Intent-driven Sensing Certainty Assurance Case.416.3.3 Autonomous Intent O&M Assurance High-quality Industry-specificLeased Lines.436.3.4 Implementation of General Intent Solutions via ONAP.456.4 Application Cases-Emergency Communication Network.476.4.1 Case Analysis of Call on Session