Multicast Networking and Applications
C. Kenneth Miller
- 出版商: Addison Wesley
- 出版日期: 1998-10-11
- 售價: $2,010
- 貴賓價: 9.5 折 $1,910
- 語言: 英文
- 頁數: 304
- 裝訂: Paperback
- ISBN: 0201309793
- ISBN-13: 9780201309799
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Table Of Contents
Preface.1. Introduction.
Multicast Applications.
Organization and Target Audience.
Real-Time Multimedia Applications.
Real-Time (Streaming) Data Applications.
Non-Real-Time Multimedia Applications.
Non-Real-Time Data Applications.
Real-Time (Streaming) Data Applications.
Non-Real-Time Multimedia Applications.
Non-Real-Time Data Applications.
Organization and Target Audience.
2. Link-Layer Multicast Versus Network-Layer Multicast.
Link-Layer Multicast.
Network-Layer Multicast (IP Multicast).
Frame Relay Multicast.
Switched Multimegabit Data Service (SMDS).
Asynchronous Transfer Mode (ATM).
Link-Layer Multicast Issues.
Switched Multimegabit Data Service (SMDS).
Asynchronous Transfer Mode (ATM).
Link-Layer Multicast Issues.
Network-Layer Multicast (IP Multicast).
3. Multicast IP.
Multicast IP Addressing.
IGMP and Joining Multicast Groups.
Multicast Routing Protocols.
Interdomain Multicast Routing.
Scoped Multicast Addresses.
Binding to LAN MAC Addresses.
Multicast Ipv6.
Multicast Address Allocation.
Binding to LAN MAC Addresses.
Multicast Ipv6.
Multicast Address Allocation.
IGMP and Joining Multicast Groups.
IGMPv1.
IGMPv2.
IGMPv3.
IGMPv2.
IGMPv3.
Multicast Routing Protocols.
Distance Vector Multicast Routing Protocol (DVMRP).
Protocol Independent Multicast—Dense Mode (PIM-DM).
Multicast Open Shortest Path First (MOSPF).
Shared-Tree (Sparse-Mode) Multicast Routing Protocols.
Protocol Independent Multicast—Dense Mode (PIM-DM).
Multicast Open Shortest Path First (MOSPF).
Shared-Tree (Sparse-Mode) Multicast Routing Protocols.
Protocol Independent Multicast—Sparse Mode (PIM-SM).
Core-Based Trees (CBT).
Core-Based Trees (CBT).
Interdomain Multicast Routing.
4. Network Infrastructures and Ease of Implementation of Multicast IP.
LANs and Campus Networks.
Wide Area Networks (WANs).
Frame Relay.
Coping with the “Last Mile” .
Summary and Conclusions.
Shared LANs.
LANs Segmented by Bridges.
Switched LANs.
Campus Networks.
LANs Segmented by Bridges.
Switched LANs.
Campus Networks.
Wide Area Networks (WANs).
Frame Relay.
X.25.
Switched Multimegabit Data Service (SMDS).
Asynchronous Transfer Mode (ATM).
Virtual Private Networking (VPN).
Two-Way Satellite (VSAT).
Hybrid One-Way Satellite Overlay to Land-Line Routed Networks.
Future High-Speed Satellite Data Infrastructures.
Switched Multimegabit Data Service (SMDS).
Asynchronous Transfer Mode (ATM).
Virtual Private Networking (VPN).
Two-Way Satellite (VSAT).
Hybrid One-Way Satellite Overlay to Land-Line Routed Networks.
Future High-Speed Satellite Data Infrastructures.
Coping with the “Last Mile” .
High-Speed Permanent Links.
Switched Links.
Switched Links.
Summary and Conclusions.
5. Replication, Mirroring, and Caching.
Caching and Replication: What are they?
Replication/Mirroring.
Summary and Conclusions.
Network Caching Systems.
Commercial Network Proxy Cache Products.
The Web.
Today's Network Caching Systems.
Stale Content.
“Flushing” Algorithms (The “Garbage Collection” Problem).
“Hit” Statistics.
Security Issues.
Copyright Issues.
Today's Network Caching Systems.
Stale Content.
“Flushing” Algorithms (The “Garbage Collection” Problem).
“Hit” Statistics.
Security Issues.
Copyright Issues.
Commercial Network Proxy Cache Products.
Treatment of Clusters.
Replication/Mirroring.
Summary and Conclusions.
6. “Push” Applications (“Webcasting.” )
The Content Aggregator.
Platform Providers.
Proposed “Push” Standards.
E-mail as “Push” Technology.
The Future of “Push” ?
PointCast.
Other Content Aggregators.
Other Content Aggregators.
Platform Providers.
Proposed “Push” Standards.
Channel Definition Format (CDF).
Meta Content Framework (MCF) and Resource Description Format (RDF).
Open Software Description (OSD).
HTTP Distribution and Replication Protocol (DRP).
Meta Content Framework (MCF) and Resource Description Format (RDF).
Open Software Description (OSD).
HTTP Distribution and Replication Protocol (DRP).
E-mail as “Push” Technology.
The Future of “Push” ?
7. Multimedia Streaming Applications and Technology.
Business Case Studies.
Multimedia Protocols and Formats.
Conclusions.
Paribas.
Smith Barney.
National Institutes of Health.
Microsoft.
3COM.
Smith Barney.
National Institutes of Health.
Microsoft.
3COM.
Multimedia Protocols and Formats.
Multimedia Codecs.
Real-Time Protocol and Real-Time-Control Protocol (RTP and RTCP).
Quality of Service, Resource Reservation Protocol (RSVP), and Flows.
Real-Time Streaming Protocol (RTSP).
Multimedia File Formats.
Synchronized Multimedia Integration Language (SMIL).
Real-Time Protocol and Real-Time-Control Protocol (RTP and RTCP).
Quality of Service, Resource Reservation Protocol (RSVP), and Flows.
Real-Time Streaming Protocol (RTSP).
Multimedia File Formats.
Synchronized Multimedia Integration Language (SMIL).
Conclusions.
8. Reliable Multicast Applications and Technology.
Data-Only Real-Time Applications.
Non-Real-Time Applications.
Case Studies.
Reliable Multicast Protocols — Requirements and Examples.
Research Activities and Topics in Reliable Multicast.
Summary and Conclusions.
Non-Real-Time Applications.
Case Studies.
A Major Telephone Carrier.
3COM.
Toys “R” Us.
The Ohio Company.
THE BOX.
General Motors.
3COM.
Toys “R” Us.
The Ohio Company.
THE BOX.
General Motors.
Reliable Multicast Protocols — Requirements and Examples.
Brief Review of TCP.
Existing Reliable Multicast Protocols and Design Philosophies.
Existing Reliable Multicast Protocols and Design Philosophies.
Generalized Reliable Multicast Protocols.
Specialized Reliable Multicast Protocols.
Scalable Reliable Multicast (SRM).
Reliable Multicast Transport Protocol (RMTP/RMTP1).
Pretty Good Multicast (PGM).
Reliable Multicast Transport Protocol (RMTP/RMTP1).
Pretty Good Multicast (PGM).
Specialized Reliable Multicast Protocols.
Reliable Adaptive Multicast Protocol (RAMP).
TIBCO.
Multicast File Transfer Protocol (MFTP).
TIBCO.
Multicast File Transfer Protocol (MFTP).
Research Activities and Topics in Reliable Multicast.
Forward Error Correction (FEC) Techniques.
Bulk Feedback.
Optimized Local Repair.
Erasure Correction.
Layering Using FEC for Congestion Control.
Layering Using FEC for Congestion Control.
Bulk Feedback.
Optimized Local Repair.
Summary and Conclusions.
9. The Creation of Groups.
The IETF MMUSIC Group Conferencing Architecture.
MFTP Group Creation.
TIBCO's Publish/Subscribe and Subject-Based Addressing.
Conclusions.
Session Announcement Protocol (SAP) and Session Description Protocol (SDP).
Session Invitation Protocol (SIP).
Session Invitation Protocol (SIP).
MFTP Group Creation.
MFTP Announce/Registration and Completion Phases.
Closed Groups.
Open Limited and Unlimited Groups.
Open Limited and Unlimited Groups.
TIBCO's Publish/Subscribe and Subject-Based Addressing.
Conclusions.
10. Security Systems Applied to Multicast Applications.
Multicast Applications Needing Security.
Malicious Attacks Using Multicast.
Brief Review of Security Technology.
Firewalls.
Virtual Private Networks (VPNs).
IPsec.
The Group Key Management Problem.
Conclusions.
Collaborative Applications.
Multimedia Streaming Applications.
Data Streaming Applications.
Bulk Data Transfer Applications.
Multimedia Streaming Applications.
Data Streaming Applications.
Bulk Data Transfer Applications.
Malicious Attacks Using Multicast.
Brief Review of Security Technology.
Message Digests and Hash Functions.
Key Management.
Key Management.
Firewalls.
Virtual Private Networks (VPNs).
IPsec.
The Group Key Management Problem.
Conclusions.
11. Barriers to Deployment.
Reluctance to Change Today's Networks.
Conclusions.
Private Network Barriers.
Public Network Barriers.
Public Network Barriers.
Virtual Private Networks (VPNs).
The Internet.
The Internet.
Conclusions.
12. Musings and Prognostications — What Does the Future Hold?
Short-Term Trends.
Long-Term Trends.
What Are the Implications for Multicast?
Relative Costs of Storage and Bandwidth.
The Conversion of the Broadcast Industry from Analog to Digital.
Diminishing Costs for Remote Equipment for Wireless Transmission.
The Continuing Explosion of the Internet.
Greater Distribution for Organizations.
Outsourcing of WAN Network Services.
The Conversion of the Broadcast Industry from Analog to Digital.
Diminishing Costs for Remote Equipment for Wireless Transmission.
The Continuing Explosion of the Internet.
Greater Distribution for Organizations.
Outsourcing of WAN Network Services.
Long-Term Trends.
Huge Projects to Add High-Speed Wireless Data Infrastructures.
Continued Internet Growth Fueled by Voice Traffic.
Continued Internet Growth Fueled by Voice Traffic.
What Are the Implications for Multicast?
Glossary.
Index. 0201309793T04062001