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Demand-Assigned Multiple Access (DAMA). The DAMA access method has a pool of single voice channel available for assignment to an earth station on demand. When a call has been completed on the channel, the channel is returned to the idle pool for reassignment. The DAMA system is a subset of FDMA, where each voice channel is assigned its own frequency slot, from 30 kHz to 45 kHz wide. The DAMA access method is useful at earth stations that have traf c relations of only several erlangs. DAMA may also be used for over ow traf c. It operates something like a telephone switch with its pool of available circuits. A call is directed to an earth station, where through telephone number analysis, that call will be routed on a DAMA circuit. With centralized DAMA control, the earth station requests a DAMA channel from the master station. The channel is assigned and connectivity is effected. When the call terminates (i.e., there is an on-hook condition), the circuit is taken down and the DAMA channel is returned to the pool of available channels. Typical DAMA systems have something under 500 voice channels available in the pool. They will occupy one 36-MHz satellite transponder.

removal timescales are very short except in remote parts of the atmosphere. In reality, cleaner conditions occur everywhere following precipitation and removal of aerosol by rainout, but it is important to know threshold values of the removal integral or te which signal the onset of nucleation events. The above formulae can be used to calculate te for any lognormal t to any observed atmospheric aerosol without performing numerical integration.

the W3C is mostly involved in trying to standardize the proprietary extensions developed by software developers, such as Netscape and Microsoft. If the W3C didn t do this, within two versions of their browsers, HTML might not run the same (or at all) on both systems. The W3C reins them in to some degree. Neither one wants to produce a browser that lacks support for recommended HTML elements, so even if Netscape introduced a new element, Microsoft will incorporate that element in the subsequent version of their own browser after an official recommendation by the W3C (and vice versa).

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Third-party handshake protocol, 244 245, 247, 249 Threshold, 43 44, 57, 76, 90 92, 95 97, 99 100, 147, 161, 165, 253, 271, 280 281, 312 313, 365, 397 398, 401, 410, 412, 526 530, 532, 540 544, 547, 559, 582 Throughput, 15, 18, 20, 22 23, 30, 35 37, 43, 45, 51, 53 55, 67, 70 72, 81 82, 85 90, 92 101, 140, 147, 149, 151, 153 161, 163, 165 167, 170, 173, 175, 179 183, 242 243, 250 251, 255, 282, 299, 310 316, 350, 352, 373 374, 491, 494, 500 501, 511, 517 518, 520, 522, 526 527, 536, 550, 600 609 Throughput enhancement, 517 Throughput upper limit (TUL), 86 87 TH-UWB, 243, 300 301 TH-UWB wireless PAN, 300 301 TICER, 445, 448 449 Time division duplex (TDD), 111 112, 120 121, 152, 476, 485, 490 494, 504, 507, 513, 589 590 Time division multiple access, 138, 152, 193, 241, 347, 374, 490, 513, 517, 589 Time hopping, 299 Timehopping UWB, 243 Time token, 218, 227, 229 232 Time unit, 19, 132, 206 208, 254, 353, 394 Timeout period, 219 Timer-driven, 429 Time-sensitive communication, 112 TL, 143, 426, 429 430, 435, 527 529, 531 Tolerated jitter, 500 501 Top-down, 422 Traf c load, 4, 33 35, 38, 41, 43 44, 51, 55, 82 83, 85, 87, 94 95, 145, 158, 176, 179, 242, 312, 351, 353 354, 356, 358 361, 365, 376, 526, 532, 536, 547 548 Traf c Source, 518, 534 Traf c priority, 500 502 Transition Matrix, 534 535 Transmission control protocol (TCP), 76, 89, 93, 95, 97, 243 244, 487 488, 512, 600 Transmission latency, 51, 53 54, 374 Transmission opportunity (TXOP), 12 15 Transmission options, 418 419, 430, 437 Transmission radius, 537 Transmission Rate Distribution, 533 Transmission rate matrix, 530 Transmit power change, 231 Transmitter control, 192 Travel incognito, 557 TrgrtID, 229.

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about semantic processing (Deacon, Hewitt, & Tamney, 1998; Grunwald et al, 1999; Tachibana et al, 1999) Scalp recording of EEG, and the ERP data that can result from it, has certain advantages in neuropsychological research The primary strength of the approach is its excellent temporal resolution With sampling rates as high as 10,000 Hz and excellent analog-to-digital resolution common of contemporary computers, determination of latency and peak of ERP components can be determined with millisecond precision One drawback, however, is that because of the electrical properties of the skull and scalp, spatial resolution is lower than that which can be obtained with brain imaging methods This issue has received a signi cant amount attention in recent years Dense-array electrode montages are now available, together with statistical procedures that allow for better spatial sampling and localization (Tucker, 1993).