By David E. McDysan
ATM (Asynchronous move Mode) and MPLS (Multiprotocol Label Switching) are either criteria for shifting details over networks. this can be a whole consultant to knowing and imposing those networking applied sciences.
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Extra info for ATM & MPLS Theory & Application: Foundations of Multi-Service Networking
The number of devices in communication has been growing over time due to the change from centralized computing to the client/server paradigm, and most recently the worldwide embrace of the Internet. One example of this trend is the number of hosts connected to the Internet, which has been growing at a historical rate of 55 percent per year [Hobbes 02]. The increases in available computing power from Moore’s law and the commensurate need for bandwidth as posited by Amdahl, magnified by the increased communications of an expanding community predicted by Metcalfe, combine to result in what we call the accelerating bandwidth principle.
It concludes with a discussion of the important practical topic of negotiating maximum packet sizes over ATM and MPLS networks. 9 10 ATM & MPLS Theory & Application: Foundations of Multi-Service Networking Part 5 provides the reader with an application-oriented view of the ATM and MPLS traffic parameters, congestion control, traffic engineering, and design considerations. Complex principles are presented in a manner intended to be more readable and understandable to a wider audience than in other current publications.
This began with the telecommunications industry defining initial B-ISDN and ATM standards in the late 1980s, which saw the development of early, prototype ATM switches. The traditional customer premises multiplexer and switch vendors then adopted ATM in the early 1990s. Next, the Internet standards folks got involved and router, bridge, and workstation manufacturers began building standard ATM interfaces into their products. In fact, it was ATM-standard interfaces that enabled service providers to scale the Internet in the mid-1990s by connecting routers with ATM switches.
ATM & MPLS Theory & Application: Foundations of Multi-Service Networking by David E. McDysan