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An alternative approach involving coiinnercial non-therrnostated cells and pellet holders to thermostat the appropriate cell mount has been proposed by Cameron and Jones ( 198 1 ). Therniostating the mount by flushing the cell body with a liquid or a gas enabled the authors to maintain a sample temperature which varied only by i 0.05 "C. Rainan measurements can in principle be obtained with sample holders which are heated and cooled by the same technique. A large variety of transparent window materials is available through which the incident laser beam and the scattered light can pass. Raman spectroscopy is thus highly suited to studies at high or low temperature. To record spectra in the usual 90 manner, it is necessary for the windows to be adequately arranged. The tube containing the sample holder itself may be built as shown in Fig. 6.8-3. A 51 sample is placed in a metal holder with four boreholes. Two of these holes are designed for the laser beam to pass through the sample onto the reflecting mirror and back through

NT2 (Hub)

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site. BGP gives the same ease of configuration to L2 VPN and VPLS services. This property will become increasingly necessary as networks grow and services begin to span multiple service providers. The model for converged networks using the ingredients discussed in this chapter and throughout this book is summarized in Figure 13.1. The packet transport layer at the bottom of the diagram is likely to be based on DiffServ Aware TE, in order to provide transport tunnels between PE routers and to perform perclass admission control and give bandwidth guarantees to those classes of traffic that need it. These transport tunnels can be a mixture of point-to-point and point-to-multipoint LSPs, to cater for different traffic types. The signaling and autodiscovery function for all the MPLS-based applications is provided by BGP. The MPLS-based applications shown are Layer 3 VPN, Layer 2 VPN and VPLS. The box with the symbol represents future MPLSbased applications, to convey the fact that these are also likely to be underpinned by the same BGP and DiffServ Aware TE infrastructure. Shown in the diagram are various traffic types that map on to the MPLS-based applications. Layer 3 VPNs, as well as being used for explicit L3 VPN service to end customers, can be used as an infrastructure tool to carry PSTN traffic and Internet traffic. L2 VPNs can be used to carry emulated ATM and Frame Relay services and point-to-point Ethernet services, while multipoint Ethernet services are provided by VPLS.

= (1 + + 2 + 3 + 4 + 5 ) + 6 yt 1.645 2 (1 ( + )6 ) + ( + )6 2 t = 0.00761 1.645 0.000677 + 0.37742 2 t

p l:L | l:L = i ( l:L | l:L = i )Pr[ l:L = i ]

A exp { j (2pfm(t tL))}

This section examines the forwarding and control plane mechanisms associated with P2MP LSPs. First we discuss how data are forwarded along a P2MP LSP. This is independent of the signaling protocol used to create the P2MP LSP. Then we discuss the two control plane mechanisms by which P2MP LSPs can be created: the RSVP-based scheme and the LDP-based scheme. We then discuss LAN procedures for P2MP LSPs, the coupling of traffic into P2MP LSPs and fast-reroute for P2MP LSPs.

/2 0

(D.2.1)

FDMA baseband unit Channel 1 64 kbit/s Channel 2 128 kbit/s Channel 3 384 kbit/s FLEX MUX Digital mux Digital mux 2.048 Mbit/s Channel 1 Channel 2 Channel 3