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Neighbor Table each entry in this table contains the pseudonym of a neighbor, the pairwise shared key pairs (namely the linkIDs and corresponding keys) used on the link with this neighbor as well as the index of the pair currently in use Forwarding Route Table this table contains entries of format ,dest_id, destSeq, pre-link-list, next-link-list The dest_id is the real identi er of the destination node, destSeq is the corresponding sequence number, pre-link-list is the set of pre-hop link identi ers from which packets destined for dest_id may arrive and next-link-list is the set of next-hop link identi ers to which packets destined for dest_id are to be forwarded Reverse Route Table this contains entries of the format ,dest_id, destSeq, pre-hop-pseudonym where pre-hop-pseudonym is the pseudonym of the node from which the RREQ packet for dest_id was received This is then used to send route replies back to the source Target Link Table this contains the list of linkIDS for which the current node is the nal destination Thus packets bearing these linkIDs are intended for this node

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E and UA4 = UA4 are given constants The experiment-protocol script sets the given initial state-variable values u[i] with for i = 1 to n | u[i] = scale | next

Appendix A: HTTP _________________________________________________________ 4 73 URL Request Protocols HTTP Basics

The source sends out a RREQ packet Each RREQ packet has the following elds:

where the graph scale scale is set equal to the given initial temperature u(x, 0) = 8000 The DYNAMIC program segment in Figure 7-7 invokes DDx to produce the partial-derivative vector ux with

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Appendix B: JSP Syntax Reference _________________________________________487

invoke DDx(n, bb, u, ux)

Comments Declarations Scriptlets Expressions Supporting Applets and Beans Forwarding the Request Implicit Objects 491 492 492 492 492 493 493

Appendix C: Support, Errata, and p2pwroxcom______________________________ 495

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ARREQ this is a label that speci es that this is a route request message; ARREQ_id this is a globally unique identi er for the ARREQ; Dest_id this is an identi er of the destination; Destseq this is the last known sequence number for the destination or an unknown ag if this information is not known; PS active pseudonym

HEAT-CONDUCTION PARTIAL DIFFERENTIAL EQUATION ---------------------------------------------------------------------------------------------------------------------ARRAY vx$[1], v$[1] | -- dummy arrays for SUBMODEL --Schiesser numerical-differentiation operator -SUBMODEL DDx(n$, bb$, v$, vx$) Vector vx$ = bb$ * (v${1} - v${-1}) vx$[1] = bb$ * (-3 * v$[1] + 4 * v$[2] - v$[3]) vx$[n$] = bb$ * (3 * v$[n] - 4 * v$[n-1] + v$[n-2]) end ----------------------------------------------------------------------------------------------------irule 15 | ERMAX = 0001 | -- Gear-type integration n = 51 STATE u[n] | ARRAY ux[n], uxx[n], U[n] ----------------------------------------------------------------------------------------------------scale = 8000 | TMAX = 2 | NN = 1200 for i = 1 to n | u[i] = scale | next | -- initial conditions L=2 | UA = 400 | E = 173E-09 | UA4 = UA^4 -DX = L/(n - 1) | bb = 1/(2 * DX) DT0 = 00025 | DT = DT0/(n^2) -drun ----------------------------------------------------------------------------------------------------DYNAMIC ----------------------------------------------------------------------------------------------------invoke DDx(n, bb, u, ux) | -differentiate u to get ux ux[1] = 0 | ux[n] = E * (UA4 - u[n]^4) | -- boundary values invoke DDx(n, bb, ux, uxx) | -differentiate ux to get uxx Vectr d/dt u = uxx

The Online Forums at P2PWroxCom Checking the Errata Online at wwwwroxcom Add an Erratum : e-Mail Support How to Tell Us Exactly What You Think 496 497 500 500

Index ___________________________________________________________ 503

ux[1] = 0 | ux[n] = E * (UA^4 u[n]^4)

E- and M-Commerce, the Intranet, the Extranet, the Web, Business-to-Consumer and Business-to-Business - the buzzwords of the moment, grouped under the umbrella term, the Internet, are the hot stuff, a much-hyped revolution that is changing the way business is conducted and how people communicate In this chapter, we'll take a high-level view of the Internet, including: Evolution of Internet applications What the Java 2 Enterprise Edition (J2EE) provides How BEA WebLogic Server implements J2EE An overview of the functional architecture of a web application The Internet continues to grow in leaps and bounds (it follows an exponential curve), as more people arrive at the conclusion that they cannot escape it and that in order to keep up, they must participate Not only is the Internet fashionable but it does promise to improve the productivity and competitiveness of the people that use it The Internet is bigger than the sum of its parts and is definitely a force that has to be dealt with Over the years, more and more corporations have been using the Internet to enable what can be termed business-to-consumer (B2C) e-commerce Most have followed the following route: Phase 1: Internet presence - "We are on the Internet" Phase 2: Provide information - "You can do queries" Phase 3: Receive information - "You can do updates" These can also be characterized as the provision of static content, dynamic content, and then the use of web-enabled applications

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