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We can post type libraries at URIs that are publicly accessible. If, for example, we wanted the file SimpleTypeLib.xsd to be accessible on the XMML.com Web site, we could amend the schemaLocation attribute to have the value of http://www.XMML.com/TypeLibraries/SimpleTypeLib.xsd . If we consider Listings 10.1 to 10.5, we have two separate instance documents each of which has its own XSD schema document. Each of those XSD Schema documents is incomplete on its own, however, and references by using the <xsd: include> element a type definition contained in a type library. This type of interrelationship enables us to reuse code only when the code in the type library is exactly in the form that we want to use. In many situations, we might want to extend or restrict the types or elements contained in the type library. Suppose that we wanted to add <Title> and <FormOfAddress> elements to the Name element. The following section shows how to do that. If we want to extend or otherwise adapt the code in the type library, we need to make use of the <xsd:redefine> element.

EXAMPLE 13.1 EXCEL REGRESSION (continued)

The variable x is from the physical space, which is taken to be n , and p is a multiparameter. (For the laser systems discussed later, the physical space is the three-dimensional E N -space, where E is the complex electric field and N is the inversion.) The function F

subject to the same feedback level (for large enough coupling isochronous synchronization occurs). The feedback level and bias current are such that both (identical) lasers operate in the regime of coherence collapse. The horizontal axis is the frequency detuning between the lasers, the vertical axis is the optical injection rate, and the grey levels represent the value of C1 (the dark grey represents large correlation). The synchronization region is asymmetric and

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All of this information needs to be compiled for each subtask and possibly at an interim milestone or at roll-up points, where subtasks can be rolled up into a major component of the overall project plan so the entire project can be managed properly and in a well-controlled manner In addition, planning steps for assuring the quality of the product, training of the users, testing of the implementations or modifications, and post implementation reviews and analysis should all be considered as necessary steps when the project scope warrants them Again, professional judgment will be called upon to determine the sufficiency of the project plan at hand A system providing quality assurance throughout the project life should be evident when reviewing information technology projects This will include testing and approval of the steps prior to all implementation phases.

Radio backhaul network planning for UMTS covers a series of problems related to both UMTS and transmission system planning. Before commencing with the design of the backhaul network, which is to serve the UMTS system, it is necessary to define the key parameters of UMTS. These parameters affect the architecture and parameters of the UTRAN transmission network. The most important for the analysis are UMTS base station locations and required throughput according to service types and transmission overhead. All this information can be derived from the real UMTS network or any suitable planning tool. Having the UMTS environment defined, the radio backhaul network can be introduced. Correct RF engineering and planning of the backhaul network requires ensuring optimal deployment of the network. The output of these tightly coupled engineering exercises results in a multi-year plan for the deployment and installation of radio systems (PMP and PTP) and its backbone transport and switching infrastructure. The goal in all RF engineering and backhaul network planning aspects is to provide high-quality services over high-availability wireless links to as many Node Bs as possible within each localised region in a resource-efficient manner. This means maximising the RF range, taking into consideration the statistical nature of the radio performance. The radio system specifications (gains, transmit powers, receiver sensitivities, etc.), when matched to worst-case rainfall and atmospheric attenuations and interference-induced degradations, yield the radio system range of the fixed radio system; the latter is defined by an operator at a minimum required BER and a percentage of the time the network can provide services. For backhauling applications, the operator shall demand a BER of at

Net present value calculations @ a cost of capital of 10% PV factor 1.0000 $(4,660,000) 609,679 1,128,179 1,393,815 1,449,740 1,594,537 1,635,297 $ 3,151,248 26.26% 0.9091 0.8265 0.7513 0.6830 0.6209 0.5645 PV

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