Sentence examples for sparse wavelength from inspiring English sources

We also evaluate the performance of an OXC equipped with an FDL bank for both the SPL and SPC scenarios by considering sparse wavelength converters (limited number of full range wavelength converters).

Since optical WDM networks are becoming one of the alternatives for building up backbones, dynamic routing, and wavelength assignment with delay constraints (DRWA-DC) in WDM networks with sparse wavelength conversions is important for a communication model to route requests subject to delay bounds.

In this paper, we present and analyze the Sparse-Partial Wavelength Conversion (SPWC) network architecture, which has the inherent flexibility that can facilitate network carriers to upgrade the legacy optical backbone to support wavelength conversion.

Other recent progress in multispectral image registration techniques during in vivo surgical procedures have shown that it is possible to align a stack of images by tracking sparse salient features and reduce the problem of wavelength-dependent features by propagating the solution from image to image [ 12, 20].

However, the OPPW or AM-OPPW 2D OOCs are so sparse that reduce the bandwidth utilization, so the more pulses per wavelength cases should be used.

The proposed array geometry is a sparse array with inter-sensor spacings far larger than a half-wavelength.

Large crystals that diffracted X-rays to 2.2-Å resolution were readily obtained using sparse matrix screening, and the crystal structure was determined using single-wavelength anomalous diffraction from a selenomethionine derivative (Supplementary Figure S4A, Supplementary Table SII and Supplementary Results).

Moreover, a sparse cellular infiltrate also is seen within the interstitial matrix, with peak fluorescence at a longer wavelength range; this most likely represents interstitial lymphocytes (white arrows) [ 20].

Based on the sparse representation model and hyperspectral image acquisition process model, small patches of hyperspectral observations from different wavelengths can be represented as weighted linear combinations of a small number of atoms in pre-trained dictionary.

The significant performance of the proposed sparse array composition is demonstrated by Monte Carlo simulations when the inter-sensor spacing far exceeds a half-wavelength.

In contrast, microscale eddies are relatively sparse and weak in B3L. Figure 14c,d shows amplitudes of the Fourier component of potential temperature for each zonal wavelength, averaged over an extended sampling area of 25.6 × 25.6 km.