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Key Topics Addressed in This Stages of siloed technology development Marrying business and technology

1 J P Bailey, The Economics of Internet Interconnection Agreements, in Internet Economics, L McKnight and J P Bailey, Eds, MIT Press, Cambridge, Massachusetts, pp 155 168, 1997 2 Y Bernet, J Binder, S Blake, M Carlson, S Keshav, E Davies, B Ohlman, D Verma, Z Wang, and W Weiss, A Framework for Differentiated Services, Internet Draft, October 1998 3 D Bertsekas and R Gallager, Data Networks, Prentice Hall, Englewood Cliffs, New Jersey, 1987 4 S Blake, D Black, M Carlson, E Davies, Z Wang, and W Weiss, An Architecture for Differentiated Services, Internet Engineering Task Force, RFC 2475, December 1998 5 J Borland, Rivalry in ISP Market Heats Up, CMP s Tech Web, Technology News, http://wwwtechwebcom/wire/story/TWB19980101S0006, January 1998 6 A Bouch and M A.

Reagents and Conditions: (a) SnCl4, CH2Cl2, 94 C, 3 h; (b) LiBr, Li2CO3, DMF, 100 C; (c) LAH, 20 C; (d) PPh3, CBr4, CH3CN, room temperature; (e) LDA, THF, 78 C; (f) Li, EtNH2, 78 C.

Thus, the standardized weights are p(j ) = w(j)/ . This change of variable technique m saves a lot of computational time and both weights and standardized abscissas can be computed using the methodology discussed and precomputed from values given in books; see Press et al. (1992). Thus, we can now evaluate (14.33) using (14.45). However, before we compute the quadrature, we need to rescale back to the original prices x(j) using an in-

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One of the most popular applications of traffic engineering is for the optimization of transmission resources In this context, traffic engineering is deployed in one of two ways: 1 Selectively deployed only in parts of the network The goal in this case is to route traffic away from a congested link This can be thought of as a tactical application, aimed at solving an immediate resource problem 2 Deployed throughout the entire network The goal is to improve the overall bandwidth utilization and by doing so, delay costly link upgrades This can be thought of as a strategic application of the technology, aimed at achieving a long-term benefit Both applications solve valid problems and the terms tactical and strategic should not be assigned any negative or positive connotations The classic example of a tactical MPLS-TE deployment is the problem of a scheduled link upgrade that gets delayed.

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What is needed is a temporary solution to move some of the traffic away from the link until the upgrade actually takes place Another example is the requirement to optimize a particularly expensive resource, such as an intercontinental link The classic example of a strategic MPLS-TE deployment is traffic engineering the core of the network (the WAN links) Another example is a network spanning several geographic locations, where traffic engineering is required in only some of the regions For example, a network with a presence in both the US and Asia may run traffic engineering only in the Asia region, where traffic rates are high and links run at high utilization Regardless of the type of deployment, when optimizing resource utilization using RSVP-TE, the assumption is that the following information is available: 1 The bandwidth requirement for the LSP at the head end 2.

Scatterplots are widely used for comparing one variable with another. The rst book in the series described scatterplots and showed how they provide a rst look at the data to see if there are linear or nonlinear relationships between two continuous variables, or if there is any relationship at all. The patterns of the plotted symbols on the graph leave an impression of correlation. A computed correlation coef cient communicates information about the linear relationship of two variables: the direction of the relationship and how strongly they relate. Figure 2.35 shows some examples. When the pattern of points moves upward from lower-left to upper-right, the correlation is positive; when the pattern of points moves downward from upper-left

The available bandwidth at each node in the network In real deployments, however, this necessary information may not always be readily accessible The following sections discuss how to deal with missing information..