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This section explores the formats of the numbers (sometimes called addresses) that identify the subscribers of telecommunication networks. Subscriber Numbers (Directory Numbers). The geographical area of a nation is divided into several numbering areas, and subscriber numbers (SNs) identify subscriber lines within a particular numbering area. A SN consists of an exchange code (EC) that identi es an exchange within a numbering area, followed by a line number (LN): SN EC-LN National Numbers. Within a country, a subscriber is identi ed by a national number (NN), consisting of an area code (AC), which identi es the numbering area, followed by a subscriber number: NN AC-SN AC-EC-LN International Numbers. Worldwide, a subscriber is known by an international number (IN) that consists of a country code (CC), followed by a national number: IN CC-NN The generic format for the international numbering plan is speci ed by ITU-T in Rec. E.164 [2]. Three types of numbering schemes are supported by E.164, all with the CC component having up to three digits and the total IN number having a maximum of 15 digits: 1. Numbering plan for geographic areas (subscriber numbers) 2. Numbering plan for global services (e.g., Freephone numbers) 3. Numbering plan for networks (other than the telephone network)
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TABLE 4.1 Values of relevant S parameters of the ideal transformer balun operating in the frequency range of group 1, UWB system: f = 3696 3960 4224 MHz, ZS = ZL = 50 Frequencies Bandwidth Insertion loss f f S21 S31 Return loss S11 S22 S33 3696 3960 4224 528 3.01 0.01 0 0.1 3.01 0.01 +180 0.1 100.36 0.01 6.02 0.01 6.02 0.01 MHz MHz dB dB dB dB dB
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FIGURE 17.10 A Toolbox part showing the FeatureManager and ConfigurationManager
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Tuples are almost identical to lists, except they are immutable. That means unlike a list, which you can change and modify any way you like, you cannot change a tuple. To create a tuple, just list the values separated by commas:
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parameter: NXTREG 500 34567 35067. When the system has increased REGID to a value that exceeds NXTREG, the mobile reregisters, determines a new NXTREG value, and so on. On receipt of each reregistration, the MSC determines and stores the new location area, thus keeping track of the MS location. 12.5.5 Paging the MS Consider a MSC area that contains N cells. If a MSC receives a call for a MS that has registered in its service area, it could transmit a page message on all N paging channels (FOCC-P). However, this is very ineffective if N is large (which is the case in metropolitan MSC areas), because only one of the N messages is received by the MS. The large number of ineffective page messages tends to overload the FOCC-P channels. This is the reason for autonomous MS registration, which enables the MSC to keep track of the location areas of the individual MSs in its service area. A MSC starts by transmitting page messages on only the FOCC-Ps in the last known location area of the MS. If MS is still in this area, it responds with a Page Response message. If the MSC does not receive a page response within a few seconds, it assumes that the MS has moved to another location area and repeats the paging message, this time on all FOCC-Ps. 12.5.6 Supplementary Services Most cellular systems in the United States can provide call waiting, call forwarding, and three-way calling to mobiles that have subscribed to these services [7]. These services are supported by the signals and messages described so far. To activate or deactivate call forwarding, the mobile user sends an origination message in which the digits represent a service access code. All access codes start with (asterisk). In this way, the MSC can distinguish feature activations/deactivations and originations. Mobile users who are on a call and have call-waiting service are informed by a tone that another call has arrived. The user can then switch back and forth between the original and the new call, by sending ash signals (Section 12.2.1). Mobile users who are on a call and have three-way calling service can initiate a call to a third party by sending a ash. The MSC responds with a send called address message, the mobile then sends the called address message, and the second call is added to the connection. 12.5.7 Protection Against Cloning A mobile identi es itself to a MSC by including its mobile identi cation number (MIN) and serial number (MSN) in its registration, origination, and page-response messages, and the MSC serves the mobile only when it has veri ed these parameters. This gives some protection against customer fraud. For example, databases in cellular systems maintain lists with the MSNs of stolen mobile stations and do not give service to these stations. However, this does not protect against persons with the required equipment and technical knowledge who pick up messages on a reverse
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The GNU profiler (gprof) is another program included in the binutils package. This program is used to analyze program execution and determine where hot spots are in the application. Application hot spots are functions that require the most amount of processing time as the program runs. Often they are the most mathematically intensive functions, but that is not always the case. Functions that are I/O intensive can also increase processing time. This section describes the GNU profiler and demonstrates how it is used in a C program to view how much time different functions consume in an application.
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Part III
Tutorial: Managing the FeatureManager
The Samba software also uses configuration files to define the Samba environment on the Ubuntu server. The next section describes the Samba configuration files you ll need to set up your Samba server.
Scalable video coding was rst introduced in the MPEG-2 standard, and revisited in MPEG-4 Part 2. These scalable extensions were not very successful since the coding ef ciency loss relative to nonlayered video was relatively high, and there was a notable increase in complexity to support such modes. The scalable video coding extension of the H.264/AVC standard has overcome these drawbacks, so we will focus on fundamental aspects of scalable video coding with an emphasis toward features introduced in the H.264 standard. A more detailed overview of this scalable extension of the H.264/AVC standard could be found in Schwarz et al. [2007]. Temporal scalability is very easily supported in the context of current standards with a hierarchical prediction structure. In older standards such as MPEG-2, B-frames were not used as reference and were at the bottom of a simple hierarchy between I- and P-frames, so they could easily be dropped without any impact on the decoding of other frames. In H.264/AVC, the prediction dependency is more exible so deeper hierarchies and hence more temporal layers could be supported. An example of a hierarchical prediction structure is shown in Figure 23.10. Interestingly, it has been found that such hierarchical prediction structures actually improve coding ef ciency provided that the quantizers for each level are selected appropriately, i.e., ner quantizers should be used at lowest temporal layers and coarser quantizers at the highest layers.
this gives one relation between E and a, b; the other one is continuity of 2c, at a: a = btanh[ib(c- a)]. (4.87) This solution can be found by essentially the same variational methods as used in Section 4.5; for a given F the best choice of $ is (4.88)
Forming tools are essentially a part that is used as a tool to form another part. One flat face of the forming tool part is designated as a Stopping Face, which is placed flush with the top face of the sheet metal part. You can move and rotate the tool with the Modify Sketch tool, and you can use dimensions or sketch relations to locate it. Creating forming tools is far easier than it used to be. This section of the chapter gives you the information that you need to effectively create useful forming tools, addresses the limitations and unintended uses of forming tools, and provides a couple of hints for more complex forming tool creation. To create a forming tool, you can use the Forming Tool button on the Sheet Metal toolbar. Figure 29.25 shows the PropertyManager interface for this tool.
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