Internetworking and Computing Over Satellite Networks - Tapa blanda

Sinopsis

List of Figures. List of Tables. Preface. Contributing Authors. 1: The Role of Satellite Networks in the 21st Century; Son K. Dao. 1. Introduction. 2. Internet over Satellite Architecture. 3. Common Applications. 4. Visions for the Future. 5. Challenges. 2: Satellite Constellation Networks; L. Wood. 1. Introduction. 2. Benefits of Going to LEO. 3. Describing the Symptoms. 4. Geometry, Topology and Delay. 5. Delay. 6. Handover. 7. Networking Design. 8. Simulators. 9. Summary. 3: Medium Access Control Protocols for Satellite Communications; S.V. Krishnamurthy, et al. 1. Introduction. 2. Polling Based Access Protocols. 3. Fixed Assignment Multiple Access (FAMA) Protocols. 4. Random Access Protocols. 5. Demand Assignment Multiple Access (DAMA) Protocols. 6. Hybrid Protocols. 4: Direct Broadcast Satellites and Asymmetric Routing; Yongguang Zhang. 1. Introduction. 2. Problems with Dynamic, Asymmetric Routing. 3. Tunneling: A Practical Solution. 4. Demonstration of Tunneling Approach. 5. RFC 3077: The IETF Standard. 6. Limitations and Long-Term Solutions. 5: Using Satellite Links in the Delivery of Terrestrial Multicast Trasffic; K.C. Almeroth. 1. Introduction. 2. Overview of Multicast Deployment. 3. Satellite Delivery of Multicast. 4. Integrating Satellite and Terrestrial Networks. 5. Using Satellite Paths for Multicast Sessions. 6. When to Use Satellites? 6: TCP Performance over Satellite Channels; T.R. Henderson. 1. Introduction. 2. Overview of Multicast Deployment. 3. Satellite Delivery of Multicast. 4. Integrating Satellite and Terrestial Networks. 5. Using Satellite Paths for Multicast Sessions. 6. When to Use Satellites. 7: TCP Performance Enhancement Proxy; Yongguang Zhang. 1. Introduction. 2. The Motivation. 3. The Practical Solution. 4. The Big Argument. 5. The Show Stopper. 6. Conclusion. 8: Performance Evaluation of TCP Splitting over Satellite; Mingyan Liu. 1. Introduction. 2. Model-based Analysis. 3. Discussion. 4. The Experiment System. 5. Measurement-based Analysis. 6. Implications on System design. 7. Conclusion. 9: Scheduling Data Broadcast; Shu Jiang, N.H. Vaidya. 1.Introduction. 2. The Basic Model. 3. Theoretical Results. 4. On-line Scheduling Algorithm. 5. Performance Evaluation. 6. Conclusions. 10: Information Dissemination Applications; E.C. Shek, et al. 1.Introduction. 2. IIDS Architecture. 3. Mobile User Profiling. 4. Dynamic User Profile Clustering and Aggregation. 5. Data Dissemination Techniques. 6. Implementation and Demonstration. 7. Conclusions. Index.

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