Sentence examples for maximum blinding from inspiring English sources

Those 19in wheels are fashioned from forged aluminium that is hand polished for maximum blinding effect under the Cobo Center Klieg lights.

To further identify any missed cones, we obtained pilot estimates of the cones using a second method: image deblurring using maximum likelihood blind deconvolution [ 50– 52] (deconvblind function in MATLAB) with a Gaussian point spread function of half the mean radius of already segmented cones, followed by locating all regional maxima with a pixel connectivity of eight.

These gals seem to be taking the concept of blind dating to maximum possible blindness.

A novel method for maximum likelihood semi-blind joint channel estimation and equalization for doubly selective channels is proposed.

Ko et al. [13] proposed a blind maximum likelihood- (ML-) based iterative algorithm for frequency estimation and synchronization using a two-hop model; however, it yielded more than one solution, raising the problem of convergence to the solution that is associated with the hopping frequency.

The blind maximum likelihood (ML) channel estimation problem in a SISO FD system is given by begin{array}{*{20}l} arg max_{h_{aa},h_{ba}}f_{mathbf{Y}_{mathbf{a}}}(mathbf{y}_{mathbf{a}};h_{aa},h_{ba}), end{array} (6).

For the venetian blinds, the maximum incident irradiance threshold varied between 530 W/m2 and 610 while while this threshold varied between 290 W/m2 and 350 W/m2 for the louvers.

In [10], for example, a framework is developed for applying a blind Bayesian maximum likelihood (ML) sequence detector for ISI channels.

Maximum-likelihood semi-blind joint channel estimation and equalization for doubly selective channels and single-carrier systems is proposed.

The SI estimation is achieved in [10] using a form of blind maximum-likelihood (ML) detection criterion and in [11] using an extended subcarrier symbol approach.

In this section, we present our new algorithm for semi-blind maximum-likelihood joint channel estimation and equalization for doubly selective channels.