1. Executive Summary

2. Abbreviations

3. Introduction

3.1. The Evolution of Future Network

3.2. What is Terminal-Network Coordination in Future Networks?

4. Use Cases

4.1. AI Inference through Terminal-Network Coordination

4.1.1. The Value of Applying Network Computing Service in AI Inference

4.1.2. Use Case of AI Inference with Terminal-Network Coordination

4.1.3. Challenges

4.2. XR Applications through Terminal-Network Coordination

4.2.1. The Value of Applying Network Computing Service in XR Applications

4.2.2. Use Case of XR Applications with Terminal-Network Coordination

4.2.3. Challenges

4.3. Environmental Sensing through Terminal-Network Coordination

4.3.1. The Value of Applying Network Sensing Service in Intelligent Terminals

4.3.2. Use Case of Environmental Sensing with Terminal-Network Coordination

4.3.3. Challenges

4.4. Intelligent Operation and Maintenance for Vertical Industries through Terminal-Network Coordination

4.4.1. The Value of Applying Network Sensing Computing Services in Intelligent Terminals

4.4.2. Use Case of Intelligent Operation and Maintenance for Vertical Industries with Terminal-Network Coordination

4.4.3. Challenges

5. Architecture and Key Technologies

5.1. Architecture

5.2. Service-Oriented Mechanism of Terminal-Network Coordination

5.3. Service-Oriented NAS Communication Protocol Design

5.4. Intelligent Service Management and Scheduling Mechanism

6. The Value of Network Computing Enabling Terminal-Network Coordination

7. Conclusion and Future Work