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In December 1990, Motorola, filed an application with the FCC for the purposes of constructing, launching, and operating a low earth orbit, global mobile satellite system known as Iridium This was the hot button that sparked the world into a frenzy Iridium was a concept of launching a series of 66 satellites [ 1 ] around the world to provide global coverage for a mobile communications service operating in the 1610 16265 GHz frequency bands The concept was to use a portable or mobile transceiver with low profile antennas to reach a constellation of 66 satellites Each of the satellites would be interconnected to one another through a radio communications system as they traversed the globe at 413 nautical miles above the earth in multiple polar orbits [ 2 ] This would provide a continuous line of sight coverage area from any point on the globe to virtually any other point on the globe, using a spot beam from the radio communications services on-board each of the satellites The use of this spot beam concept, which had been discussed for years in the satellite industry, allowed for high frequency reuse capacities that had not been achieved before Iridium wanted to provide the services outlined in Table 25-2 Motorola also suggested that an interconnection arrangement would be set up with all providers around the world through an arrangement with the local Post Telephone and Telegraph organizations (PTTs) The concept was sound, and the approach would have provided for the coverage that was lacking in the past to remote areas In the table, the two columns are used as exclusive of each other The services can be provided in any of the coverage areas regardless of which service is selected Table 25-2: Services and coverage through the Iridium Network Type Of Service Voice Communications Data Communications Paging Radio Determination Services Each of the satellites was relatively small in terms of others that had been used The electronics inside each were very sophisticated, and the use of gateway controllers on earth provided the command and control service for the administration of the overall network With the Iridium network, cellular communications was expanded by providing coverage in areas where cell sites would not have been practical This is summarized in Table 25-3 , which shows a feature comparison of the cellular concept versus the Iridium concept Table 25-3: Summary of cell sites vs Iridium Cells Cellular Networks Sites are fixed Users move from site to site Iridium Network Sites are the moving targets User stays put, sites move the user from Coverage Areas Air Land Water.

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Table 25-3: Summary of cell sites vs Iridium Cells Cellular Networks Areas of coverage are 3 5 miles across Coverage sporadic, not totally ubiquitous Iridium Network satellite to satellite Areas of coverage are 185 1100 miles across Worldwide coverage

Designing a cube for Analysis Services 2005 is done using Business Intelligence Development Studio, often called BI Dev Studio or just BIDS BIDS is actually

Research what supplies you already have on hand to do your building What tools do you own or have access to Do you have space in which to build or have access to a place to do the construction and testing Do you have access to a machine shop or know someone who does How about a milling machine or lathe Check out the availability of time on the milling machine in your friend s garage or the willingness of a local metal shop to cut aluminum or steel to your specifications; this will indicate what resources will be there when you need them Local machine shops might want to be involved themselves, and you might wind up with a sponsor (That happened with my team s robot, Spike II The machine shop that did all the aluminum cutting and welding donated a portion of their services in exchange for advertising and help redesigning a printed circuit board Yes, barter still exists today If you have skills to trade for time on that milling machine or access to the heli-arcwelder, you should go for it Bartering cut down on the expense of building our robot, and we made new friends and contacts) It definitely pays to look into the technical expertise that exists in your own neighborhood Radio Shack can supply electronic bits and pieces at a decent price Investigate what equipment specifically, radio control parts your local hobby store can get for you Hobby stores that cater to model makers (especially model makers who build their own R/C planes, boats, and so on) often have a good selection of speed controllers and other essential equipment Be sure that you purchase a speed controller that will handle the current you intend to pump through it Many contestants at early Robot Wars competitions fried their speed controllers because they didn t check this detail As far as R/C equipment goes, my advice is this: Don t get a cheap radio It pays to invest in a good-quality PCM or FM aircraft radio set for ground frequencies The aggravation you save will be well worth the money you spend.