Sentence examples for conventional delay from inspiring English sources

Also, it has been found that the tracking loop design for BOC p,1) with p > > 1 may be more problematic than for BOC 1,1), especially with the conventional delay locked loop (DLL) algorithm with a narrow correlator.

In contrast, a conventional delay discount rate k d may possibly be under the effects of both pure time preference and aversion to subjective uncertainty associated with delay [ 6].

It should be noted that the difference between conventional delay and probability discounting rates = k d - k p cannot be utilized for this aim, because there are individual differences in the estimation of subjective probability of obtaining a delayed reward.

Deconvolution approaches such as DAMAS successfully overcome the spatial resolution limit of the conventional delay-and-sum (DAS) beamforming method.

Compared with the conventional delay-and-sum beamforming method, deconvolution approaches such as DAMAS successfully improve the spatial resolution, however require high computational effort.

The popular conventional delay-and-sum beamforming methods used with such arrays suffer from inaccurate estimations of absolute source levels and in some cases also from low resolution.

The conventional delay-and-sum (DAS) beamformer applies receive apodization by weighting the signal on each receive channel prior to beam summation.

From an example of detecting two separate targets, how much the angular resolution can be improved as compared to the conventional delay-and-sum filter is quantitatively illustrated.

It is shown that the wave-pipelined approach can achieve up to 5.7 times improvement in throughput and 13% improvement in power consumption versus conventional delay-based on-chip communication schemes.

A superdirective beampattern with a beamwidth of 48.05° in the endfire direction is typically achieved when the inter-sensor spacing is only 0.09λ (λ is the wavelength), and the directivity index is up to 12 dB, which outperforms that of the conventional delay-and-sum counterpart by 6 dB.

The coplanar superdirective array gain of the circular array, although it is not so extreme as an endfire line array, outperforms a lot over that of a conventional delay-and-sum beamformer in isotropic noise fields when the inter-element spacings are much smaller than one-half wavelength.