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This means that error-correction should not be used when operating with very high eirp satellites unless needed by an interference environment In actual applications, error correction code rates and schemes must be carefully balanced with bandwidth limitations In fact, a combination of FEC coding and a higher M-ary modulation (eg M = 8) can be a good trade-off between power and bandwidth limitations; baseband processing in Figure AP51-1, the various possible baseband processing schemes have not been considered and the graphs should be interpreted as giving the basic traffic capacity for a given type of channel, eg 64 kbit/s However, various baseband processing schemes, in particular data compression, should be mentioned as having a direct impact on the actual traffic capacity of a transponder.

Yes, Elliot said, you have to consider the overall architecture, however small, of your program, and understand that sales tax rates or hat choices change Therefore, you should abstract out the detail that is volatile and store it externally as meta-data Then, as the detail changes, you need only update the database and not alter the essential code 3 A great and lively discussion erupted as the students debated how one knows, in advance, what information is likely to change and what elements are constant Everyone understood that they changed clothes every day, because they had been doing that for years, but they were beginning programmers, and it seemed, in the absence of experience such as Elliot s in the business world, that it was simply a matter of guesswork It feels like guesswork, Elliot admitted.

As concerns telephony, voice activation, which is particularly important in SCPC links, and digital speech interpolation (DSI) can both multiply by a factor of about 25 the basic traffic capacity When combined with reduced bit rate telephony, the multiplication factor can be increased, eg to 5 with 32 kbit/s ADPCM (and more with very low bit rate (LRE) codecs, eg 48 kbit/s which are now rather common, at least for mobile telephony) Note the combination of DSI with reduced bit rate telephony can be implemented on most types of TDM and TDMA links by using a digital circuit multiplication equipment (DCME, see 3, 337)..

Summary

FIGURE 6.15 GOLD VERSUS THE STOCK MARKET FROM 1982 TO 1989. GOLD USUALLY DOES BEST IN AN INFLATIONARY ENVIRONMENT AND DURING BEAR MARKETS IN STOCKS. GOLD IS A LEADING INDICATOR OF INFLATION AND A SAFE HAVEN DURING TIMES OF ADVERSITY. STOCK MARKET INVESTORS WILL OFTEN FAVOR GOLD-MINING SHARES DURING PERIODS OF STOCK MARKET WEAKNESS. Gold versus the Stock Market

distribution. The applications include the processing of satellite news gathering (SNG, see below), the distribution of TV programming or video information between locations for re-broadcasting over terrestrial stations or for redistribution through cable networks (CATV), etc. In addition, slow scan or broadband TV signals can be used in support of teleconferencing or educational activities, where audio and visual information is required to enhance effective communication. Educational applications can range from traditional classroom situations, health care, and agricultural training, to specialized instructional information for the handicapped, etc. In a similar way, the FSS and BSS can also provide distribution of radio programmes (e.g. high fidelity audio and stereo). It is also possible to implement broadcasting services direct to the general public for individual reception (DTH applications) through very small receiving antennas (television receiving only TVRO), and for community reception (professional application, CATV, SMATV, direct domestic applications DTH). In this area, digital TV transmission offers new possibilities, as explained below.

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FIGURE 7.4 Typical installation of a VSAT The IDU is usually installed near the user data terminals and connected to them directly through the standard data communication interface. Usually an optional TV receiver can be connected to the IDU to receive TV signals transmitted by another transponder of the same satellite. The ODU and the IDU are connected by inter-facility link (IFL) cable(s). The IDU can be separated from the ODU by as much as 100 m to 300 m. A typical installation layout of the VSAT is shown in Figure 7.4. Consideration should be given to safety aspects to protect operational personnel and the public, such as tolerance to high winds, avoidance of electrical shock, lightning protection, and protection from radio-frequency radiation hazards. Again, for more details on VSAT systems, refer to "VSAT Systems and Earth Stations (Supplement 3 to the Handbook)". 7.1.3.3 Other very small terminals

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