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Some additional parameters have to be taken into account: These concern LMDS base station configurations (sectors, modulation schemes, number of channels), coverage area and range of each LMDS sector according to the used modulation, frequency band, assumed availability and applied LMDS terminal stations The function, which allows balancing the transmission load in adjacent LMDS sectors, should be applied as well It should be done for Node Bs located at borders of the LMDS sector or the sector overlap area, if they are defined It must be noted that LMDS systems vary greatly in their parameters, architecture, configuration, functionality and costs, depending on the manufacturer Therefore, analyses have to be carried out independently for every of the manufacturer s solutions Some tailored computer applications are clearly necessary to study all these aspects and find some cost-effective solutions.

Integration with Host s Performance Measurement Scorecard Selling and General & Administrative (SG&A) Budget module Human Resources Budget module Sales and Operation Planning (S&OP) module Sales Forecasting module Capital Expenditure Budget module and others

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AUTHOR INDEX Orton, J.D., 377 Osterman, P., 3, 10, 95, 96, 97, 99, 109, 155, 156, 157, 158, 159, 167, 168, 273, 274, 398 Ostroff, C., 155, 164, 167, 312, 313 O Sullivan, D., 258 Ouchi, W., 19, 21, 25 Ouchi, W.G., 71 Oum, T.H., 291, 294 Owen, R.V., 76 Ozanne, J.L., 79 Pagel, D., 76 Palmer, G., 46 Pan, S.L., 150 Pankow, W., 60 Papper, E.M., 101, 298 Paquin, A.R., 240 Paris, M.L., 55, 56, 58 Park, H., 161, 165, 166, 167 Park, H.J., 316, 324 Parker, M., 28, 33, 46 Parker, R., 335 Parker, S.A., 49 Parker, S.K., 3, 7, 8, 9, 78, 84, 85, 88, 89, 106, 109, 130, 176, 179, 181, 183, 185, 186, 189, 190, 354, 360, 373, 374, 419, 420, 421 Parkington, J., 302 Parks, S., 156 Parnes, S.J., 184 Partnership Sourcing Ltd, 85 Pascale, R., 19, 21 Patriotti, G., 142, 143 Patterson, M., 275, 280, 286, 287, 288 Paul, M.C., 303 Paulus, P., 98 Paunonen, S., 166 Pearce, J.L., 79, 105, 166 Pearlson, K.E., 214 Peccei, R., 302 Pelz, D.C., 179, 185 Pemberton, C., 418 Pennings, J.M., 296 Pepper, K., 3, 55, 95, 97, 257, 260, 273, 416 Perry, S., 322 Pervan, G., 349 Peters, M., 5, 358 Peterson, J.M., 182 Peterson, R.B., 81 Pettigrew, A., 379, 380 Pfeffer, J., 97, 98, 314, 374, 375, 395, 405 Phelps, C.C., 177, 183 Philimore, J., 7 Piaget, J., 83 Piccolo, B., 127 Pickus, P.S., 319, 321 Pil, F., 30, 31, 157, 281

An example of such a software [48] and some obtained cost analysis results are presented in Sections 1764 and 1765, respectively The description of other applications for automatic planning of PMP solutions for UTRAN backhaul networks as well as some calculation results for real network scenarios are presented in [49] The authors focused on the optimisation of access networks to reduce purchase and operating costs In the developed four-phase optimisation method, a fast heuristic algorithm has been implemented to determine the location of the PMP equipment The algorithm uses a four-step procedure and hence solves the Weighted Independent Set (WIS) Problem for the PMP locations Due to the underlying assumptions, the analysis was limited to Node Bs located in the same clusters and PMP base stations collocated with a Node B.

NetWare Core Protocol (NCP) is the most widely used protocol in the IPX protocol stack. NCP is a connection-oriented, reliable client/server protocol that allows client software to manipulate files on a server using commands such as Open, Close, Read, Write, Create, Delete, and so on. NCP also provides print services to allow users to share printers and send print jobs to a print queue on a print server. Another job of NCP is security services to verify passwords, set access privileges on files and directories, and set file attributes. In traditional IPX networks, NCP runs directly above IPX. In modern Novell networks, NCP can also run above UDP or TCP. The information in this section about the NCP header and functionality applies regardless of which transport and network layer protocols are in use. For more information about NCP with TCP/IP, see the IPX Networks in Transition section near the end of this chapter. The following EtherPeek output shows a typical NCP packet. In the example, the client (node 00:01:83:A0:28:CD on Network 0x1) is reading from a file on the file server located on Network 0x00094301. The file server uses the node ID that is traditionally used by file services within a server, which is 00:00:00:00:00:01. 802.3 Header Destination: Source: Length: IPX - NetWare Protocol Checksum: Length: Transport Control: Reserved: Hop Count: %0000 Packet Type: Destination Network: Destination Node: Destination Socket: Source Network: Source Node: Source Socket: 00:80:5F:05:77:29 00:01:83:A0:28:CD 50 0xFFFF 50 %0000 17 NCP - Netware Core Protocol 0x00094301 00:00:00:00:00:01 0x0451 NetWare Core Protocol 0x00000001 00:01:83:A0:28:CD 0x4003 IPX Ephemeral

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