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Grant access to employees on servers and devices Allow network administrators to log in to network devices with different levels of privileges Grant accounts to remote employees of the enterprise network Allow ISPs to create an account for each subscriber

The poles of the transfer function are real and unequal, as shown in Fig. }4.ge and, therefore, the output response will be overdamped. The response as a functi on of time is

These are known to cause random and hence unpredictable fluctuations in the weight amplitudes and phases. This in turn has a serious effect on the array gain, the sidelobe levels, the reduction in null-depth and the reduction in interference rejection capabilities. The most important sources of error and their impact on the system performance are summarised below.

A final observation is that in the neighborhood of the maxima the rate of convergence is fast as compared to that of the steepest ascent method. No zigzagging occurs.

Cornmand:COPY Select objects: (pick 1, 2) Select objects:.J Specify base point or displacement [Multiple] :END of (pick 3) Specify second point of displacement or <use first point as displacernent>:END of (pick 4) Specify second point of displacement or <>:.J

access during the call setup phase for example, with inter-system directed retry or during an ongoing call with inter-system handover. The trigger to initiate the procedure can come from the radio access network, more speci cally the radio controller (RNC in WCDMA, BSC in GSM), or from the core network. For CS services, it is the MSC that gives a handover recommendation to the radio controller over the A or Iu interfaces, and for PS services the SGSN gives the cell reselection recommendation over the Gb or Iu interfaces [25]. But, it is always the radio controller who has the nal decision about the handover/cell reselection command because it is aware of coverage and cell load. The triggers for a system change can be (see also Section 5.2.5): Coverage (only initiated in the radio access network). Cell load (radio access network). QoS attributes (either by core network or radio access network). Service (only via core network the radio access network is unaware of the service but is aware of its QoS attributes). . IMSI (either by core network or even radio access network), etc.

7.6 ENTERPRISE PACS AND ePR SYSTEM WITH IMAGE DISTRIBUTION Enterprise PACS is for very large scale PAC systems integration. It has become particularly popular in today s enterprise healthcare delivery system. Figure 7.8 shows the generic architecture of an enterprise PACS. In the generic architecture, three major components are PACS at each hospital in the enterprise, the enterprise data center, and the enterprise ePR. The general work ow is as follows:

(7.65)