By David E. McDysan
ATM (Asynchronous move Mode) and MPLS (Multiprotocol Label Switching) are either criteria for shifting info over networks. this can be a whole consultant to knowing and imposing those networking applied sciences.
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Additional info for ATM & MPLS Theory & Application: Foundations of Multi-Service Networking
Soon thereafter, messengers conveyed this written digital information, and eventually this was institutionalized as a postal service. Although usually viewed as a modern phenomenon, digital long-distance optical communications began over two millennia ago when the ancient Greeks used line-of-sight optical communications to relay information using placement of torches on towers at relay stations. The practice continued through Chapter 2: Background and Motivation for ATM and MPLS Networking the seventeenth and eighteenth centuries when optical telegraphy was extensively used in Europe.
This is because we believe that many lessons from the past are carried forward into the next generation of technology. The newer invention retains the good qualities of the old and discards the bad. In other words, if it isn’t broken, then don’t fix it. And, if it is broken, then try to fix it without introducing too many new bugs. Furthermore, the newcomer technology or protocol also must bring some important innovation, enhancement, or simplification; otherwise, it will never be successful. The historical account of the evolution of communications protocols shows this pattern time and again.
Part 6 is the technical center of the book, providing practical guidelines and design formulas that afford considerable insight into the benefits and applicability of ATM or MPLS. As such, it is rather detailed and makes extensive use of mathematics. As much as possible, we try to give a “cookbook”-style solution that allows the reader to do some basic calculations regarding their application need. The text gives references to other books and periodicals containing further detail. Chapter 23 covers the basic philosophy of communications engineering.