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<project name= Java Web Services Book - Ch. 11 Demos default= build basedir= . > <target name= init > <tstamp/> </target> <property name= build.home value= build /> <path id= classpath > <fileset dir= ${jwsdp.home}/common/lib > <include name= *.jar /> </fileset> <fileset dir= ${jwsdp.home}/common/endorsed > <include name= *.jar /> </fileset> </path> <target name= prepare depends= init description= Create build directory. > <mkdir dir= ${build.home} /> </target> <target name= compile-publish depends= prepare description= Compiles Publish.java file. > <javac srcdir= . destdir= ${build.home} > <include name= Publish.java /> <classpath refid= classpath /> </javac> </target> ... </project>

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still uses the IEEE 8023 Ethernet MAC protocol with the same frame format and minimum and maximum frame size The 8023ae specification contains many technical innovations such as the definition of two different physical layer (PHY) types: the LAN and WAN PHY The latter uses 64B66B encoding and SONET framing, and may be used for distances up to 40 km using single-mode fiber (1550 nm) The standard was approved at the June 2002 IEEE Standards Board meeting Finally, a new Internet Draft was issued recently [69] with a proposal for virtual concatenation of SONET envelopes The aim is to provide an efficient way to carry Ethernet tributaries using SONET payloads By allowing concatenation of envelopes at a given SONET hierarchy level, SONET bandwidth allocation granularity is improved to match the bandwidth required by Ethernet For example, multiple VT15 payloads can be concatenated to produce a VT1.

Many operations can be used to process the data in XML, including locating a particular element, iterating through a document, the conditional processing of elements, sorting, and numbering. In the following text, we look closely at the following topics:

5-nv channel By concatenating multiple VT15, it is then possible to reserve bandwidth from a 32-Mb/s (n = 2) channel to a 10264-Mb/s (n = 64) channel The latter can be used to accommodate a 10/100-Mb/s Ethernet transmission 632 The Second Generation Optical Internet: IP over Second-Generation Optical Networks The second-generation optical Internet, also commonly referred to as IP over WDM, represents a step forward in offering a high-speed efficient approach to provisioning IP services on top of OL As described in Section 6232, second-generation optical networks may provide dynamic resource allocation at the OL A higher degree of flexibility is thus achieved when compared to the first-generation optical Internet, since optical bandwidth can be more efficiently handled by the client IP layer Consequently, some of the intermediate layers between the IP and OL shown in Figure 613, eg.

Indicates the default scripting language to be used in the document. Indicates character set of an ASP document. Indicates whether the ASP document maintains the state information. Indicates the local identifier of a script. Indicates whether a script has to be considered as a transaction.

, ATM and SONET, are no longer necessary In summary, two major benefits may derive from the use of IP over WDM: reduced network complexity and overhead and higher bandwidth flexibility Two possible approaches for IP over WDM are currently being debated: the overlay model and the peer model [70] The overlay model provides two distinct control planes, one at the IP layer, the other at the OL The overlay model is pushing the evolution of OI toward flow switching solutions, such as MPLS, which serve the purpose of simplifying IP routing and performing traffic engineering Scheduling mechanisms are used to provide the transmitted IP packets with differentiated QoS on top of either static or dynamic WDM layers The peer model assumes that the IP layer and the OL are managed by a single control unit which has complete visibility of all network resources.

The peer model is driving Internet evolution toward the so-called MP S, which allows setup and tear down of optical circuits (lightpaths) on demand, to achieve efficient use of OL resources while circumventing the FGON electronic bottleneck 6321 IP over WDM Overlay Models: Flow Switching and Gigabit Routers The IP over WDM overlay model assumes that the IP and WDM layers are completely decoupled The optical network is viewed as an autonomous system (subnetwork) (AS) that provides connectivity to edge IP gigabit routers, as shown in Figure 618 The edge routers act as border domain gateways, and provide connectivity edge-to-edge Such connectivity is reported to the rest of the Internet by means of BGP messages Within the op-.