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Many people look around until the); find a better deal; social engineers don't look for a better deal, they find a way to make a deal better. For example, sometimes a company launches a marketing campaign that's so you can hardly bear to pass it up, while the social engineer looks at the offer and wonders how he can sweeten the deal.
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3. G. F. Ross, A time domain criterion for the design of wideband radiating elements, IEEE Transaction on Antennas and Propagation, vol. 16, no. 3, p. 355, May 1968. 4. A. Shlivinski, E. Heyman, and R. Kastner, Antenna characterization in the time domain, IEEE Transaction on Antennas and Propagation, vol. 45, no. 7, pp. 1140 1149, July 1997. 5. D. M. Pozar, Waveform optimizations for ultra-wideband radio systems, IEEE Transaction on Antennas and Propagation, vol. 51, no. 9, pp. 2335 2345, September 2003. 6. D. Lamensdorf and L. Susman, Baseband-pulse-antenna techniques, IEEE Antennas and Propagation Magazine, vol. 36, no. 1, pp. 20 30, February 1994. 7. T. Wang, Z. N. Chen, and K. S. Chen, Effect of selecting antennas and templates on BER performance in pulsed UWB wireless communication systems, Proceedings of IEEE International Workshop on Antenna Technology, Singapore, pp. 446 449, March 2005. 8. T. Wang, Y. Wang, K. S. Chen, Analyzing the interference power of narrowband jamming signal on UWB system, in Proc. IEEE 14th Sympos. on Personal Indoor Mobile and Radio Commun., vol. 1, pp. 612 615, September 2003. 9. J. G. Proakis, Digital Communications, 4th edition, McGraw-Hill, New York. 10. M. J. Ammann and Z. N. Chen, An asymmetrical feed arrangement for improved impedance bandwidth of planar monopole antennas, Microwave Optical Technology Letters, vol. 40, no. 2, pp. 156 158, 2004.
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6.5, 13, 19.5, 26, 39, 52, 58.5, 65 13, 26, 39, 52, 78, 104, 117, 130 19.5, 39, 58.5, 78, 117, 156, 175.5, 195 26, 52, 78, 104,156, 208, 234, 260 13.5, 27, 40.5, 54, 81, 108, 121.5, 135 27, 54, 81, 108, 162, 216, 243, 270 40.5, 81, 121.5, 162, 243, 324, 264.5, 405 54, 108, 162, 216, 324, 432, 486, 540 6 39, 52, 65, 58.5, 78, 97.5 52, 65, 65, 78, 91, 91, 104, 78, 97.5, 97.5, 117, 136.5, 136.5, 156 65, 78, 91, 78, 91, 104, 117, 104, 117, 130, 130, 143, 97.5, 117, 136.5, 117, 136.5, 156, 175.5, 156, 175.5, 195, 195, 214.5 81, 108, 135, 121.5, 162, 202.5 108, 135, 135, 162, 189, 189, 216, 162, 202.5, 202.5, 243, 283.5, 283.5, 324 135, 162, 189, 162, 189, 216, 243, 216, 243, 270, 270, 297, 202.5, 243, 283.5, 243, 283.5, 324, 364.5, 324, 364.5, 405, 405, 445.5
The rst step is the identi cation of a suitable cell, i.e. a cell with the right technology, say FDDCDMA, and acceptable radio reception. The procedure is illustrated in Figure 11.3. All UMTS cells based on FDD-CDMA broadcast a standardized characteristic sequence of 256 chips on the Primary Synchronization Channel (P-SCH, one of the stand-alone Physical Channels, see 8, Section 8.2.3). This broadcast is repeated at the beginning of each slot, i.e. every 0.67 ms. The UE thus scans all possible frequencies and searches for strong signals with the characteristic chip sequence. The detection of the characteristic chip sequence assures the respective cell is a UMTS/FDD-CDMA cell. After the UE has identi ed one or more suitable cells it must listen to system broadcasts before making the nal decision. To this end, the UE must synchronize with the slot and frame structure of the cell (cf. 8, Section 8.2.3) and it must learn the cell s scrambling code (cf. 5, Section We will cover the procedure for FDD-CDMA; for TDDCDMA, an analogous procedure applies. The detection of the characteristic chip sequence has already enabled synchronization with the slot structure. Next the UE synchronizes with the frame structure and makes some headway in determining the scrambling code. Scrambling codes are grouped into 64 families. Each family is assigned a distinct characteristic chip sequence, also of a length of 256 chips. Cells emit this second characteristic chip sequence at the beginning of each frame on the Secondary Synchronization Channel (S-SCH). After evaluating three successive chip sequences the UE is able to synchronize with the cell s frame structure and learn the chip sequence characterizing the scrambling code. Finally, the UE determines the full scrambling code. To this end, it listens on the Common Pilot Channel (CPICH), where a standardized bit sequence is scrambled with the cell s scrambling code. The UE tries descrambling the signal by applying the scrambling codes of the family determined in the previous step, and in this way it can nally determine the scrambling code which is used in this cell.
In this section, we brie y introduce three representative ontology editors that support RDFS, DAML + OIL or OWL. These editors are software tools that can be used to build ontologies. A more detailed survey on ontology editors can be found in Denny [28].
Each of the previously described static testing techniques involved writing down suspected or con rmed content problems, their suggested or negotiated corrective action, and a correction completion date. These lists can be managed using simple tools like spreadsheets or complex tools like databases. Either way, there are two compelling reasons for recording and tracking these defects to correction. The rst reason is to enable the project management to verify the corrections are actually applied to the tested document in a timely manner. The second reason is to demonstrate the importance of current, correct documentation to the early success of the project. Without defect tracking as a reminder to get the documentation right, the attitude of I ll document that after I ve written the code will rise up and make Capers Jones gloomy prediction a reality for your project too.
Table 1.3. Insertion Fees
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