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For example, the INTELSAT-VI satellite reuses parts of the 6/4 GHz (WARC-79) bands six times, while the Japanese satellite CS-2 uses 30/20 GHz bands. The high traffic capacity of a communication-satellite system can be used in a flexible manner, ranging from very high capacity (e.g. 960 or even more telephone channels)7 point-to-point or pointto-multipoint services, to services with low-density and very sporadic traffic. There are only a few specific constraints, connected with the hierarchy of terrestrial transmission networks (for both analogue and digital multiplexers). Some systems have been specifically designed for incorporating transponders corresponding to different communications services ("multi-mission payload"). This is the case, for example, for the HISPASAT 1A and 1B satellites, which includes the following payload: 18 FSS transponders for telecommunication services over Spain, Europe and North, Central and South America (14/11-12 GHz, double linear polarization with frequency reuse), five BSS transponders for TV distribution and broadcasting (17/12 GHz, circular polarization) and two transponders in the 8/7 GHz band for governmental services.

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overcome by turning off the DMA feature. This is a good option to try if an install CD or DVD you know to be good fails media check.

(4.124)

Digital cable, satellite and terrestrial broadcasting have a number of common elements, particularly the processes of encoding, multiplexing and modulating digital signals. In all cases, source information consisting of video, audio, text and data is digitized and coded using MPEG standards as shown in Figure 8.33.

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most common parsing models of SAX and DOM. This led to API standardization complexities where applications using one specific vendor were using specific method calls to perform equivalent parsing tasks. In the case where the parsers needed to be swapped, developers had to rewrite the parsing code to adapt to the new specific vendor standard. To address these complexities, in late 1999, Sun Microsystems came up with a draft of the Java API for XML Parsing (JAXP) 1.0 specification. The purpose of the specification was to provide a standard high-level API layer for abstracting lower-level details of XML parsing. The first version of JAXP (1.0) supported SAX 1.0 and DOM Level 1 parsing specifications. The feature set focused around parsing, which was a limitation that many have complained about because it did not provide support for any XML transformation processing. The latest version of JAXP 1.1 supports SAX 2.0, SAX 2 extensions, and DOM level 2. It also includes transformation support based on the eXtensible Stylesheet Language Transformations (XSLT) specification. The purpose behind JAXP is to provide an abstraction so that parsing using SAX or DOM looks the same no matter what type of SAX or DOM parser is being used by the application. This abstraction is referred to as pluggable interface.

WRC-95 made provisions for the non-GSO-MSS/feeder links (FL) and for the GSO-FSS to operate on a shared primary basis in portions of the 20/30 GHz FSS bands and allocated the frequency bands 19.300-19.600 GHz and 29.100-29.400 GHz for the feeder links of non-GSO MSS in co-direction with the GSO FSS (RR Resolutions 120 and 121). Note that WRC-95 also allocated the band 6.700-7.075 GHz downlink for the non-GSO MSS FL while band 6.725-7.075 GHz uplink was already allocated to the GSO FSS Plan (Allotment Plan of RR Appendix S30B). Recommendation ITU-R S.1256 describes the methodologies for determining the maximum aggregate pfd at the GSO orbit in the downlink 6.700-7.075 GHz from non-GSO MSS/FL. Studies were performed for the use of bands 19.300-19.700 GHz and 29.100-29.500 GHz by the feeder links for non-geostationary mobile-satellite service networks (non-GSO-MSS (FL)). Due to the non-application of RR S22.2 in the bands 19.6-19.7 and 29.4-29.5 GHz for coordination between GSO FSS networks and non-GSO-MSS (FL) networks, Rev.WRC-97 (RR Resolution 121) invited to undertake further studies on sharing between non-GSO-MSS (FL) networks and GSO FSS networks in the full bands 19.3-19.7 GHz (space-to-Earth) and 29.1-29.5 GHz (Earth-to-space) on a equal basis. MOD97 of Article S5.541A shows that the non-GSO MSS FL systems and GSO FSS systems operating in the band 29.1-29.5 GHz (Earth-to-space) shall employ uplink adaptative control or others methods of fade compensation, such that the earth station transmissions shall be at a power level required to meet the link performance while reducing the level of mutual interference between both networks. i) Co-directional FBW sharing between GSO-FSS and non-GSO-MSS FL

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