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N OT E The current version of EEREAP doesn t know anything about SEH protections, so it may happily find addresses that may look perfectly good, but sadly fall outside the exception-handler-approved zone.

Why is this person sending me a r sum What is this person s background What could this person do for me or someone I know What action do I need to take

Binary mapping of the digital data on UWB pulses means that only one bit is transmitted by a single pulse or a train of pulses (i.e., one bit per symbol). Some of the possible binary data modulation options for UWB IR are PPM, BPSK, OOK, binary PAM, PSM [28], and PIM [29], and can be implemented in TH-IR, DS-IR, and multiband IR. In PPM, the position of each pulse is modulated depending on the transmitted bit while the pulse phase and amplitude remain the same. PAM involves modulating the pulse amplitude according to data bits. OOK and BPSK are both special cases of PAM. In OOK, the presence or absence of transmitted signal determines a 1 or a 0, respectively. BPSK involves changing the pulse polarity according to binary bit information. In PIM, information is embedded within the pulse to pulse intervals. Due to the baseband nature of IR, all these modulation schemes do not use any phase information. Another modulation scheme is PSM where modi ed Hermite polynomials are used to construct orthogonal pulses to represent different symbols [28]. Mapping of the bits on a UWB pulse for these different binary modulation schemes is depicted in Figure 4.3(b), which also applies for multiple pulses per bit.

Clearly, the matrix V has the same Vandermonde structure as in Equation (2.23), meaning that the shift-invariance property (2.24) holds in this case as well, that is, V V F, where F is the diagonal matrix having zl s along the main diagonal. Therefore, one can use the algorithm described in Section 2.2.4 to estimate the signal poles zl s from V, or alternatively, from the right singular vectors of Ys . However, a similar approach can also be used to estimate the poles from the left singular vectors. This is the case of interest when the number of rows in the data matrix Ys is larger than the number of columns, which may come about as a result of sampling multiple frequency bands that are relatively narrow compared with the signal bandwidth. Namely, the key is to observe the following property of the matrix U U U F, (2:52)

[35] D Ferrari and D Verma, A scheme for real-time channel establishment in wide-area networks, IEEE J Sel Areas Commun, vol 8, no 3, pp 368 379, Apr 1990 [36] J Hong, X Tan, and D Towsley, A performance analysis of minimum laxity and earliest deadline scheduling in a real-time system, IEEE Trans Comput, vol 38, no 12, Dec 1989 [37] S Shakkottai and R Srikant, Scheduling real-time traf c with deadlines over a wireless channel, ACM/Baltzer Wireless Networks, vol 8, no 1, pp 13 26, Jan 2002 [38] K-H Teh, P-Y Kong, and S Jiang, Proactive earliest due date scheduling in wireless packet networks, Proceedings of the International Conference on Communication Technology, pp 816 820, Apr 2003 [39] P-Y Kong and K-H Teh, Performance of proactive earliest due date packet scheduling in wireless networks, IEEE Trans Veh Technol, vol 53, no.

these two parallel developments will lead ubiquitous high-speed wireless broadband access to the Internet Currently, wireless broadband access is achieved primarily through localized Wi-Fi [1] hotspots installed in of ces or homes with a data rate of 54 Mbps shared among all users within a hotspot These hotspots are considered localized because of the following three characteristics: (1) each hotspot has an IEEE 80211 access point connected directly to the wired Internet; (2) there is no direct communication between access points from different hotspots; and (3) there is a large area without coverage between these hotspots To provide ubiquitous wireless broadband access beyond the localized Wi-Fi hotspots, two methods can be considered The rst method is deployment of a large number of hotspots so that there is no area without coverage between any two hotspots.