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Semantics Syntax Dialog Coordination Reliable Data Transfer Routing & Relaying Technology-Specific Transfer Physical Connections
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Part VIII: Appendixes
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You can change the location of the default System catalog created automatically when you install Indexing Service. First, create the folder to contain the catalog. Then right-click Indexing Service and choose Stop to stop the service. Open the Registry Editor and modify the value of HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\ ContentIndex\Catalogs\System\Location to point to the desired location. Close the Registry Editor and restart the Indexing Service.
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Figure 6.1: The Pervasiveness of Wireless LANs.
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There exists a complex set of domains that address regulatory and standards areas of responsibility. While it would be much simpler if these domains were discrete, they overlap nevertheless. International Regulation is largely nonexistent at the international level, although it is heavily in uenced by the ITU-T, which is chartered by the United Nations (UN) and which previously was known as the Consultative Committee for International Telephone and Telegraph (CCITT). The original predecessor organization was the International Telegraph Union (ITU), which was formed in 1865 to ensure the interconnectivity of national telegraph networks. The ITU-T primarily is responsible for setting standards recommendations intended to ensure the interconnectivity of national networks. Speci c standards recommendations also address voice, data, fax, and video applications. The International Telecommunication Union Radiocommunication Sector (ITU-R), previously known as the Consultative Committee for International Radio (CCIR), governs over-the-air communications. Intelsat and other consortia are responsible for allocating and managing satellite orbital slots. The International Telecommunication Union Development Sector (ITU-D) works to further telecommunications development around the world, especially in developing countries. The International Organization for Standardization (ISO) comprises the national standards institutes of 156 countries, with the American National Standards Institute (ANSI) representing the United States. (Note: ISO is not an acronym. Rather, it is from the Greek isos, meaning equal, implying that each nation has an equal voice in setting ISO standards.) The ISO has great in uence over a wide range of scan image barcode 39
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FIGURE 2.25 The Weldments toolbar
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1990s ([Foschini and Gans 1998] and [Telatar 1999]). Since that time, research in these systems has exploded and practical systems based on MIMO have been developed. The MEAs of a MIMO system can be used for four different purposes: (i) beamforming, (ii) diversity, (iii) interference suppression, and (iv) spatial multiplexing (transmission of several data streams in parallel). The rst three concepts are the same as for smart antennas. Having multiple antennas at both link ends leads to some interesting new technical possibilities, but does not change the fundamental effects of this approach. Spatial multiplexing, on the other hand, is a new concept, and has thus drawn the greatest attention. It allows direct improvement of capacity by simultaneous transmission of multiple data streams. We will show below that the (information-theoretic) capacity for a single link increases linearly with the number of antenna elements. In the early years of MIMO research, the main emphasis was on information-theoretic limits, and this section will also mostly concentrate on these aspects. After 2000, emphasis shifted more to the question of how the theoretical gains of MIMO can be realized in practice. Advances in practical implementation of MIMO systems have also greatly helped in their adoption by international standards organizations. MIMO was included in fourth-generation cellular systems (see s 27 and 28) as well as high-throughput wireless Local Area Networks (LANs) (IEEE 802.11n, see 29).
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Cell planning thus proceeds in the following steps: starting from the speci cations for the minimum transmission quality, the link budget ( 3) establishes the minimum distances between the desired BS and interferer. From this relationship, Eq. (17.16) provides the cluster size; note that it has to be the smallest integer number out of the set de ned by Eq. (17.15). Using the recipe for obtaining nearest neighbors (move i cells into one direction, turn 60 , move another k cells), the frequencies for each cell can be determined. Example 17.3 Cell planning in an interference-limited system. The principle, as well as typical values, behind cell planning can be best understood from an example. In order to keep things simple (and work with a real system that uses pure FDMA), we consider the numbers of an analog Advanced Mobile Phone System (AMPS). Each frequency channel is 30 kHz wide, the SIR is 18 dB for satisfactory speech quality. The fading margin (for showing plus Rayleigh fading) is set to 15 dB. This implies that at the cell boundary the mean values of the signal power must be 33 dB (2 103 ) stronger than that of the interference power. The distance between the desired BS and the farthest corner of the hexagon is R, and the distance between the interfering BS and this corner is (approximately) D R. Assuming further that power decreases with d 4 , we require that: D R = (2 103 )1/4 = 6.7 R (17.17)
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9.4. The Wigner-ViUe Spectrum
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