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The total global telecommunications market is about $750 billion, and that s going to double in 10 years, chiefly due to expanded use of data communications We ll use whatever service we have available to meet that demand: Fiber, ATM, Synchronous Optical Network (SONET), xDSL, Gigabit Ethernet, cable modems, satellites, and probably a few that haven t even been thought of yet All telecommunications systems will compete on availability, price, and speed That means there are going to be two big winners: whoever gets its broadband service to consumers first, and whoever can offer the most bandwidth with at least reasonable latency A sample of the techniques and the services being offered in the 2000 timeframe are shown in Table 24-3 Table 24-3: Sampling of services planned Service Offering Companies (parties) Involved Service Offerings Satellite Orbit Satellite Band Dish Size Bandwidth Available (approx) Number Satellites Astrolink Lockheed Data, video, rural telephony 22,300 Ka 33 47 inches Up to 96 Mbps Late 2000 9 GEOs Teledesic Bill Gates, Craig McCaw, Boeing Voice, data, videoconferencing 435 Ka 10 inches Celestri Motorola Voice, data, videoconferencing 875 and 22,300 Ka and also 40 50 GHz 24 inches

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While dimension tables represent how users want to see data, fact tables represent the data users want to see Facts are almost always numeric values such as dollar sales, unit sales, employee turnover, inventory levels, portfolio churn rate, and so forth Often these values are fully additive, meaning that a value such as dollar sales

16 Kbps 64 Mbps Up to 155 Mbps or up to 2048 Mbps transmit and receive 2002 288 LEOs MF-TDMA, ATDMA Yes 2002 63 LEOs, up to 9 GEOs FDMA, TDMA Yes

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With the discussion of the various bands that these services will operate in, the bands are continually referred to As a means of showing the bands and the frequency they fall into, Table 24-4 is a summary of some of the bands used in the satellite arena Table 24-4: Sample of the frequency bands Band HF-band Frequency Ranges Used 18 30 MHz

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The general functionality of the international robot sumo class is basically the same as a mini sumo, except that they are heavier, faster, and smarter The size of the international robot sumo class is 20cm square This is a 4x increase in the area over mini sumos The maximum weight increases by a factor of six, to 3kg This allows for more powerful propulsion systems, more sensors, and improved microcontrollers, which increases the flexibility in the designs of the 3kg sumo robots

Table 24-4: Sample of the frequency bands Band VHF-band P-band UHF-band L-band FCC Digital Radio and PCS S-band C-band Frequency Ranges Used 50 146 MHz 0230 1000 GHz 0430 1300 GHz 1530 2700 GHz 2310 2 360 GHz 2700 3500 GHz Downlink: 3700 4200 GHz Uplink: 5925 6425 GHz X-band Downlink: 7250 7745 GHz Uplink: 7900 8395 GHz Ku-band (Europe) Downlink: FSS: 10700 11700 GHz DBS: 11700 12500 GHz Telecom: 12500 12750 GHz Uplink: FSS and Telecom: 14000 14800 GHz; DBS: 17300 18100 GHz Ku-band (America) Downlink: FSS: 11700 12200 GHz DBS: 12200 12700 GHz Uplink: FSS: 14000 14500 GHz DBS: 17300 17800 GHz Ka-band Roughly 18 31 GHz

Most 3kg sumo bots don t use modified R/C servos This is because most R/C-style servos are not strong enough for the increased weight or fast enough to rapidly move the robot across the larger sumo ring Typical motors include high-powered 12-volt and 24-volt gearhead motors from Pittman Motors, Barber-Coleman; planetary gearheads from cordless screwdrivers; and the electric motors from high-performance R/C racing cars Most gearhead motors are purchased from surplus stores, because they usually cost 1/10th the cost of a new one purchased directly from the manufacturer When using stand-alone electric motors, you must build a custom gearbox The advantage to this is that the gear reduction ratios can be set up to maximize the desired speed and torque range of the motors Otherwise, you will have to use what is available in the regular gearhead motors The drawback to this approach is that it requires custom machining of the gearboxes, which can be expensive Because of this, most people use off-the-shelf gearhead motors and vary the motor voltage to get the performance they want

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Table 24-5 shows a sample of the satellite technologies that use the various bands and the size of the terminal and dish in satellite technologies Table 24-5: Summary of bands and types of terminals used System type Fixed satellite service Frequency bands C and Ku Applications Video delivery, VSAT, news Terminal type/size Examples