Sentence examples for a power delay from inspiring English sources

(a) Power Delay Profile; (b) Doppler spread.

Thus, the channel model could be represented as a power delay profile (PDP) expressed by (1).

The mean excess delay spread and root mean square (RMS) delay spread are parameters of the multipath channel that can be determined from a power delay profile or channel impulse response.

The channel response is characterized by a power delay profile (PDP) as follows [2]: h(t)={displaystyle sum_{l=0}^{L-1}}{a}_l exp left(j{upphi}_lright delta left t-{t}_left t-{t1) 10lo{g}_lrighteft|{a}_lright|}^2=left_{gamma_0+10lo{g}_{10}{left|{ap kern0.5em left(-frac{t_l}_lright|ight)right)+Skern2.25em lne 0}^2=left_{gamma_0+10lo{gt.

For both algorithms, an exponentially decaying, time-dispersive Rayleigh fading channel with taps and having a power delay profile defined by, where the decay factor is considered, which leads to a power difference between the first and last tap of approximately 30 dB.

The propagation channel between the BS and MS m is characterized by a power delay profile [29], common to all pairs of transmit and receive antennas, that can be expressed as S m = ∑ l = 0 L p - 1 σ m, l 2 δ ( τ - τ l ), (2).

A power-delay-energy model is presented, enabling to find the optimal design point.

For the 32 nm Predictive Technology Model studied in this work, we observed a power reduction of 197.7 times (which corresponds to a power-delay-product reduction of 10.78 times) for operating FPGA routing tracks in the subthreshold region under a supply voltage of 0.4 V.

This logic family potentially achieves a power-delay product 10 25 times smaller than conventional ECL, and can therefore be exploited to increase the performance of very high-speed logic circuits while broadening the range of design choices for a variety of electronic applications.

Note that (5) and (6) form a power-delay tradeoff.

Therefore, (5), (6), and (7) form a power-delay-error tradeoff.