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18 Gamst A, Some lower bounds for a class of frequency assignment problems, IEEE Transactions on Vehicular Technology, 35, 8 14, 1986 19 Gibson, J D, The Communications Handbook, Boca Raton, FL: CRC Press, 1997 20 Giortzis A I and Turner L F, Application of mathematical programming to the fixed channel assignment problem in mobile radio networks, IEEE Proceedings on Communications, 144, 257 264, 1997 21 Glover F, Tabu thresholding: Improved search by nonmonotonic trajectories, ORSA Journal on Computing, 7, 426 442, 1995 22 Hale W K, Frequency assignment: Theory and applications, Proceedings of IEEE, 68, 1497 1514, 1980 23 Hao J-K and Dorne R, Study of genetic search for the frequency assignment problem, Lecture Notes in Computer Science, 1063, 333 344, 1996 24 Hao J-K, Dorne R, and Galinier P.

, Tabu search for frequency assignment in mobile radio networks, Journal of Heuristics, 4, 47 62, 1998 25 Hurley S, Smith D H, and Thiel S U, FASoft: A system for discrete channel frequency assignment, Radio Science, 32, 1921 1939, 1997 26 Jung H and Tonguz O K, Random spacing channel assignment to reduce the nonlinear intermodulation distortion in cellular mobile communications, IEEE Transactions on Vehicular Technology, 48, 5, 1666 1675, 1999 27 Kapsalis A, Rayward-Smith V J, and Smith G D, Using genetic algorithms to solve the radio link frequency assignment problem, in D W Pearson, N C Steele, and R F Albrecht (Eds), Proceedings of the Second International Conference on Artificial Neural Networks and Genetic Algorithms, New York: Springer Verlag, 1995..

Wireless USB, 261 WirelessMAN, 478, 513, 515 WiseMAC, 445 WLAN, 3 4, 17, 20, 27 37, 39, 41 45, 47 57, 59, 65, 68 72, 77, 81 82, 109 110, 135 144, 149, 151 159, 161, 163 169, 179, 181 183, 239, 439 440, 477, 523 WLAN TBTT, 141 142 WLL, 475, 479 WMAN, 476 478, 495 496 WPAN, 28 29, 31, 33, 35 36, 38 39, 41, 43 48, 50, 107 111, 135 144, 151, 158, 189, 191 192, 199, 207, 216 218, 227, 231, 233, 236, 240 241, 244, 252, 257 258, 321, 349 350, 352, 362, 364, 366, 389, 395, 415 416, 418, 420, 422, 424, 426, 428, 430, 432, 434, 436, 477 WPAN MAC, 199 WPAN mesh network, 415 416, 418, 420, 422, 424, 426, 428, 430, 432, 434, 436 WPANs, 27 29, 31, 35 36, 38 39, 42, 44 46, 48, 50, 107 109, 111, 134, 189, 217, 236, 239 240, 243 244, 250, 261, 321, 349, 361 WPAN SCO link, 139 140 WR, 448 451, 457, 459 462, 466, 532, 541 XMAC, 445 XOR, 122 123, 231, 263 ZigBee, 347, 373, 389, 392 393, 443 ZigBee Alliance, 393 ZigBee protocol, 392 ZP, 264 265, 563

Fred; };

/********************************************/ /* Computes statistics on a single file */ /* Takes filename and a StatDat structure */ /* as arguments. Fills in the StatDat data */ /* Returns an error code - 0 for success */ int FileStats(char *fn, StatDat *stats ) { /* local declarations */ int i, got, vals[256]; int ParCnt, parity[2], SelfCnt; FILE *Fin; double d_temp, d_temp2, correct; unsigned char buffer[1024];

With these new de nitions, we can expand the wound wait algorithm to incorporate distributed control. The algorithm is shown in Figure 6.6. In this algorithm, Ta and Tb are both global transactions. As a result, we have to consider not only the local waits but also the global waits (which are denoted as awaits in this discussion). Local deadlock detectors can detect deadlocks among local transactions but cannot detect global deadlocks. To make sure that we do not have

multicast-enabled TCP/IP software, multicast-enabled infrastructure (routers, switches, etc.), and multicast-enabled applications. Do not confuse the operation of IP multicast as a standalone application. This operates on the very same workstation that you are using today to access IP applications and/or the Internet. IP multicast peacefully coexists with your IP applications. IP multicast usually does not operate alone; there are other protocols that are used in conjunction with it to provide for VVD (voice, video, and data) over IP. Such protocols are Real Time Protocol (RTP) and the Real Time Control Protocol (RTCP), Real Time Streaming Protocol (RTSP), and Resource Reservation Protocol (RSVP). Similar to this is IP. There are many components to the TCP/IP network and IP is simply one of the components. It provides for datagram delivery. IP multicast is also a component of many. IP multicast is based on a few protocols, but it is all the other necessary components that really make it work. Berkeley Sockets for Multicast provides an API set that easily enables most Unix hosts to become multicast ready, and Microsoft is supporting multicast in its sockets interface known as WinSock 2.0. With the APIs in place, multicast applications can be built.