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The general semantics of the arithmetic acts is as follows: Addition (+) adds two vectors Subtraction ( ) subtracts the right vector from the left one Multiplication (*) multiplies two vectors Division (/) divides the left vector by the right one If the right vector originally has (or is extended by) zero elements, the whole act will terminate with state fail, empty SNR, and nil value Degree (**) puts the left operand into a degree given by the right operand EXAMPLES.

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Figure 6.5 Transverse displacement of conduction electrons relative to copper ion cores as they produce a surface charge density to support the propagating electric eld intensity near the medium interface. Magnetic eld intensity lines are shown as arrows into or out of the page.

Deciding on your level of teaching Signing up to the right courses and training Gearing your work to the salaries available Finding work

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Two separate queries have had to be run against the database before the bean can be used; the first checking the primary key, the second loading the rest of data when these are actually required. The mechanisms invoked for the find collection methods are similar. First a database query is run to retrieve simply the primary keys associated with the records that will be required. These primary keys are used to initialize a set of entity beans; remote references to these beans are returned to the client and used in the construction of proxies. As the

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cavity systems, whose dynamics are relatively insensitive to feedback phase due to the large numbers of ECMs present. More recently, investigations have considered how other phenomena change in the short cavity regime. In [78], short cavities were found to change the characteristics of LFF dynamics and the underlying short pulsations. Among the findings were that the erratic short pulse train of long-cavity LFF is transformed into regular pulses occurring at the external cavity frequency. Similarly, the low-frequency (power dropout) phenomena change from an irregular into a regular global trajectory along several ECMs. These phenomena are illustrated in Figure 4.35. A Hitachi HLP1400 laser was driven at I = 1 15Ith in a L = 3 2 cm cavity, and the time-series output measured with a streak camera. Short pulses appear at regular intervals of the external cavity round-trip time ext . These short pulses are modulated by a slower envelope to form regular pulse packages (RPP s) which appear to be the short-cavity equivalent of the regular LFF power dropouts as discussed in the previous

CHAMP, 376 LBR, 382 MPABR, 383 MultiWARP, 401 NDMR, 385 RDMAR, 387, 388 TZRP, 409 Routing cache BSR, 375t Routing table, 351, 351t Routing update (RUPDT) packet MultiWARP, 401 RREC. See Route recon guration (RREC) RREP. See Route reply packet (RREP) RREQ. See Route request (RREQ) RSS. See Received signal strength (RSS) RT. See Reported sub-tree (RT) RTS. See Request-to-send (RTS) RUPDT. See Routing update (RUPDT) packet RX. See Receiver (RX) Saleh-Valenzuela (S-V) channel model, 187, 189 SC. See Selection Combining (SC) Scalable location update-based routing protocol (SLURP), 403 hybrid routing, 403 405 protocols comparisons, 426t, 427t Scattering, 184 Scatternet, 300 SC-FDE. See Single carrier transmission with frequency domain equalization (SC-FDE) Scheduling algorithm, 307 ef ciency, 308 performance, 308 Scheduling problems, 307 SDR. See Software de ned radio (SDR) Search-based methods, 36 Selection Combining (SC), 289f Selective-rake (SRake) receivers, 93, 94 Semi-in nite linear program (SILP), 112 Sensing, 205 Sensor-CLEAN algorithm, 13 Sequential (SEQ) strategy orthogonal pulse, 125f pulse design, 118 Sequential UWB pulse design, 117 119 linear phase lters, 118 119 Set of transmission power, 434 Shadowing, 192 SHARP. See Sharp hybrid adaptive routing protocol (SHARP)

15.2 Technical Site Survey (PMP Base Station or PTP Relay Station)