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not discuss the variety of open source Java compilers and other specialty language add-ins. These tools tend to be more specialized, and although they may be a good fit for certain teams and projects, we decided not to cover them here. The personal nature of developer tools was discussed along with the effects that tool selection can have on personal and team productivity. The bottom line here is to select the tools that are best for the project and for the developers. When there is room for developer individuality, provide leeway for the developer, but not at the expense of the team.

Specific optimization of the transmission parameters and of the link budget makes it possible to implement medium size, economic earth stations while transmitting rather high traffic capacity The earth-station owner/user has great flexibility and freedom in deciding upon the best transmission design method for his requirements He then submits his transmission plan to INTELSAT for review and approval to ensure that the operation of his station will not cause harmful interference to other users of the INTELSAT system or to other satellite systems ii) Stations operating at 6/4 GHz in the framework of dedicated satellite systems such as Indonesia's PALAPA, ARABSAT, etc: these stations are again often similar to the INTELSAT Standard B stations This is due to the fact that the limited required earth coverage allows for high transponder eirps through directive satellite antennas.

10.6 11

Additionally, the earth stations should include facilities to compensate for the effects of satellite link transmission time variation introduced by satellite movements which are of particular significance in a plesiochronous network The ISDN HRX for a 64 kbit/s circuit switched connection, which is defined in ITU-T Recommendation G821, encompasses a total length of 27 500 km and is composed of three circuit grades (local, medium and high) which have different performance requirements The model adopted by ITU-R as a reference for the development of performance and availability objectives of the satellite portion of the HRX, assumes that one FSS HRDP may form part of the high grade portion and may replace an equivalent terrestrial connection covering a distance of 12 500 km This reference model is illustrated in Figure 829 b) It should be noted that the 12 500 km distance used in ITU-T Recommendation G.

Therefore high traffic capacities can be accommodated with rather simple earth stations, equipped with medium-sized antennas iii) 14/11 GHz stations: the 14/11 GHz (and the 14/12 GHz) bands are increasingly used in regional and domestic satellite systems The EUTELSAT system described in Annex 3 is an example of a regional system exclusively based on these bands There are different categories of earth stations depending on the applications: EUTELSAT standard TDMA/TV earth stations used for high capacity telephony and for high quality TV programme exchange EUTELSAT SCPC/SMS earth stations, used for Business Services with SCPC access mode to the satellite Three different earth station standards are defined with dish diameters ranging from about 24 to 55 m The technical characteristics of these stations are given in Table AP71-4 of Appendix 71 EUTELSAT TDMA/SMS earth stations, used for Business Services with TDMA access mode to the satellite.

As P P1 P2 , if we set P/C P1 /C P2 /C and isolate P1 /C in equation, (5.7), we obtain P dP2 P2 R C dt C or dP2 P2 P dt RC RC

These stations generally have dishes of about 35 m diameter Non-standard earth stations used for other types of applications, established by administrations that are members of the EUTELSAT organization, over leased transponders The earth station requirements for these applications are determined by the providers of the services within a set of EUTELSAT guidelines that protect other users..

import import import import import import import org.apache.axis.client.Service; org.apache.axis.client.Call; org.apache.axis.message.*; org.apache.axis.*; java.net.URL; org.apache.axis.utils.XMLUtils; org.w3c.dom.*;

821 is close to the figures resulting from ITU-R studies for various network configurations More specifically, in these studies it was noted that satellite performance is generally distance independent, with a maximum single hop covering an equivalent terrestrial distance of approximately 16 000 km Consequently, in the vast majority of cases where a satellite is in the international portion of the connection, the satellite hop forms the entire international portion with the two ends being located within the countries being connected, and usually less than 1 000 km from the end users When satellites are.

Table AN2-1 gives the transmission parameters of the regular FDM-FM carriers in the INTELSAT system, corresponding to a quality objective of 8 200 pW0p channel noise.

10 8 1/2 2/3 3/4 7/8