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services to which the band is allocated on a primary basis ( services written in lower case are allocated on a secondary basis) R2 FSS, F, MxA FSS Plan (see 6.725 - 7.025 GHz), F, M ARN (MLS) AMSS(R) FSS (NGSO MSS(FL))(primary until 2010) (see 6.700 - 7.075 GHz) ARN FSS (NGSO MSS(FL)) FSS (NGSO MSS(FL)) RDSS (FL) (see 1.610 - 1.6265 GHz or 2.835 - 2.500 GHz) RL

Three typical examples of DCME and earth station equipment configurations (which can be either new and complete earth stations, or retrofitted units used for equipping existing stations with digital/DCME communications) are given in the following figures: Figure 88 shows a simple configuration for implementing a 2 Mbit/s FDMA-TDM-PSK/DCME link with two destinations in the multiclique mode The equipment consists of three subsystems: the RF and converters subsystem (antenna, LNA, HPA, U/C and D/C) In the usual case where the two received carriers are transmitted through the same satellite transponder, a common down converter can be used; the "signal processing terminal" which comprises the modulator and two demodulators (with, if required, forward error correction encoders/decoders) and the transmit (Tx) and receive (Rx) baseband modules In these modules are included various baseband digital functions, such as buffering, framing, scrambling/descrambling, engineering service channels addition/extraction, etc.

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The receive "master" module also includes the CSF which extracts from the 2 Mbit/s bearers received from the corresponding stations (B and C) the cliques destined to the concerned station (A) and recombines them in a 2 Mbit/s bearer with the same format as the transmit bearer; the DCME, which can be located at the earth station or, more frequently, at the telephone exchange..

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C R O S S-R E F E R E N C E 4 discusses two excellent open source Integrated Development Environments that were developed with funding from IBM and Sun.

<p> It is now <%= new java.util.Date() %>. </p> <p> Exercising the right to vote! </p> <p> <% try { // - Generate a list of names to choose from. String names[] = { judy , alex , eric , alice }; // Retrieve the reference to our Greeter EJB from the JSP // session if possible. Greeter greeter = (Greeter) session.getAttribute( greeter ); if( greeter == null ) { out.println( <br> Creating new EJB reference to greeter. ); Context context = new InitialContext(); GreeterHome home = (GreeterHome) PortableRemoteObject.narrow( context.lookup( ejb/Greeter ), GreeterHome.class ); greeter = (Greeter) PortableRemoteObject.narrow( home.create(), Greeter.class ); session.setAttribute( greeter , greeter ); }

The following array formula returns the smallest change (that is, the least improvement). This formula returns 11, which represents Nancy s test scores.

This request carries the route plan that instructs the service to calculate the fastest route along the points stored in the waypoint list. The waypoints are of type Location ADT and can thus be speci ed as addresses, positions, and points or areas of interest. In addition, the request con gures the service to return the route geometry, which describes it as polyline of coordinates, and to return a route handle for later referencing the route. The response to this request may then appear like this:

transport non-real-time video with file transfer using IP-based protocols (eg FTP), as opposed to the traditional method of physically transporting a tape between one location and another Cost savings can be achieved by using the same network for the real-time and non-real-time transfers A packet-switched network is more suitable for this than a TDM network because of the statistical multiplexing advantages offered when dealing with the bursty data flows associated with the transfer of the non-real-time video 2 Higher interface speeds are available for IP/MPLS networks than for ATM networks 3 It is easier to build a shared network on which multiple TV broadcast companies can book bandwidth The lead times for making bandwidth available to new customers or for existing customers requiring extra capacity are much less than for TDMbased networks 4 The service provider can go one step further than in item 2 above.