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26. A. M. Law and W. D. Kelton, Simulation Modeling and Analysis, New York: McGraw Hill International Editions, 1991. 27. E. Mingozzi, QoS Support By The HiperLAN/2 MAC protocol: A performance evaluation, Cluster Computing (to appear). 28. R. L. Rivest, Network control by Bayesian broadcast, IEEE Trans on Information Theory, 33, 323 328, 1987,. 29. M. Scott Corson, J. P. Macker, and G. H. Cirincione, Internet-based mobile ad hoc networking, IEEE Internet Computing, 63 70, July-August 1999. 30. Specification of the Bluetooth System, Version 1.0B, December 1999. 31. W. Stallings, Local and Metropolitan Area Networks, Upper Saddle River, NJ: Prentice Hall, 1996. 32. B. H. Walke, Mobile Radio Networks Networking and Protocols, New York: Wiley, 2000. 33. J. Weinmiller, M. Schl ger, A. Festag, and A. Wolisz, Performance study of access control in wireless LANs-IEEE 802.11 DFWMAC and ETSI RES 10 HIPERLAN, Mobile Networks and Applications, 2, 55 67, 1997.

with either a slave node or a potential slave device The master tries to connect with the intended slave by sending a series of packets, at different hopped channels, tagged by the slave device s DAC Since the master device does not know the slave s true CLK time, it may use an estimate based upon the most recent previous experience If the estimation is either inaccurate or unavailable, then the master attempts to contact the intended slave device during both hopped frequencies before and after the predicted one as well as during different wake-up frequencies During each transmission slot, the master will transmit on two different, sequential frequency hops In addition, it will listen to both corresponding frequency hops for a response during the following reception slot.

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The difference in CLK times between master and slave devices is taken into account by alternating page trains, named A and B, which is simply a division of page hopping sequence Train A is designated to detect differences in CLK times between 8 128 and +7 128 s This covers hops from f(k 8), y, f(k+7), where f(k) is determined by CLKE16 12 Train B is designated for time differences greater than 7 128 s or less than 8 128 s, which covers hops from f(k 16), y, f(k 9), f(k+8), y, f(k+15) Both train A and train B are repeated at least 128 or 256 times (depending on the hop system used) and are alternated until a connection is established or until the timeout point (ie, pageTO) is reached.

24 Note that the same applies for the code but for a total equivalent distance of 1 ms, corresponding to 300 km (the total length of the C/A code for instance for the GPS constellation). See 8 for details. 25 Nevertheless, advanced mechanisms for carrier phase jump have been implemented to cope with this problem.

or so by at least two or three variables That may be doable in areas with well-established factors, but that is seldom the case in exploratory factor analyses of little-researched areas Two conclusions can be reached The rst is that simulation studies should contain more small factors The second is that root-based criteria may be a dead end for procedures for establishing the number of factors in EFA (These conclusions apply to both CA and CFA) Residual Based Criteria The purpose of all models of factor analysis is to reproduce the variables The better that is done, the better the correlations among the variables and the better the variable scores are reproduced When the reproduced correlation matrix is subtracted from the observed correlation matrix, the result is referred to as the residual matrix.