|
Following an introductory discussion in Chapter 1, Chapter 2 covers multicast addressing for payload distribution. Chapter 3 focuses on multicast payload forwarding. Chapter 4 covers the important topic of dynamic host registration using the Internet Group Management Protocol. Chapter 5 looks at multicast routing in sparse-mode environments and the broadly used PIM-SM. Chapter 6 discusses CBT. Chapter 7 looks at multicast routing for dense-mode protocols and PIM-DM in particular. Chapter 8 examines DVMRP and MOSPF. The next chapter, Chapter 9, covers IP multicasting in IPv6 environments. Chapter 10 looks at Multicast Listener Discovery (MLD) snooping switches.
Finally, Chapters 11 and 12 give examples in the IPTV and (mobile) DVB-H environments, respectively. Portions of the presentation are pivoted off and summarized from fundamental RFCs; other key sections are developed here for the first time, based on the author’s multidecade experience in digital video. The reference RFCs and protocols are placed in the proper context of a commercial-grade infrastructure for the delivery of robust, entertainment-quality linear and nonlinear video programming.1 introduction to ip multicast 2 multicast addressing for payload 3 multicast payload forwarding 4 dynamic host registration—internet group management protocol 5 multicast routing—sparse-mode protocols: protocol independent multicast 6 multicast routing—sparse-mode protocols: core-based trees 7 multicast routing—dense-mode protocols: pim dm 8 other dense-mode multicast routing protocols: dvmrp and mospf 9 ip multicasting in IPV6 environments 10 multicast listener discovery 11 iptv applications 12 dvb-h: high-quality tv to cell phones Download free ebook for multimedia: IP Multicast with Applications to IPTV and Mobile DVB-H
|
More computer ebooks
Following an introductory discussion in Chapter 1, Chapter 2 covers multicast addressing for payload distribution. Chapter 3 focuses on multicast payload forwarding. Chapter 4 covers the important topic of dynamic host registration using the Internet Group Management Protocol. Chapter 5 looks at multicast routing in sparse-mode environments and the broadly used PIM-SM. Chapter 6 discusses CBT. Chapter 7 looks at multicast routing for dense-mode protocols and PIM-DM in particular. Chapter 8 examines DVMRP and MOSPF. The next chapter, Chapter 9, covers IP multicasting in IPv6 environments. Chapter 10 looks at Multicast Listener Discovery (MLD) snooping switches.
Finally, Chapters 11 and 12 give examples in the IPTV and (mobile) DVB-H environments, respectively. Portions of the presentation are pivoted off and summarized from fundamental RFCs; other key sections are developed here for the first time, based on the author’s multidecade experience in