Sentence examples for diffuse propagation from inspiring English sources

Such diffuse propagation may cause the inter-symbol-interference (ISI), which is a primary impediment to communication at high speeds[5, 6].

We have first demonstrated the theoretical behavior of the speckle contrast with respect to the source-detector separation as well as the exposure time using the diffuse propagation model given a point source illumination.

In addition, the linear power density dependence of the emission from these fluorophores results in poor spatial resolution in the reconstructed images, as sharp spatial features are inevitably smeared out during diffuse light propagation.

Instead, it is necessary to take into account the multiple scattering of the detected photons and to use statistical diffuse light propagation algorithms to reconstruct the 3D fluorescence quantum efficiency and lifetime distributions based on the probable trajectories of the detected photons.

The main features of this method are the spatial information – though limited by the diffuse light propagation – that takes advantage of the high contrast featured by blood vessels in the breast, and the spectral information that allows functional measurements of oxygenation, haemoglobin concentration, water and lipid content.

The molecules carry information of the transmitters and randomly diffuse in the propagation medium.

In [53], the mitigation of intersymbol interference in MC systems using enzymes that freely diffuse in the propagation environment is presented.

With the inter-image connection in the heat source level and the intra-image connection in the superpixel level, we progressively update the object likelihoods by transferring message across images via belief propagation, diffusing heat energy within individual image via random walks, and refining the foreground objects in the pixel level via guided filtering.

For draw temperature below Tα, simultaneous biaxial drawing can be successfully achieved via propagation of diffuse necking so that a minimum macroscopic draw ratio of about 3 × 3 is required to obtain a uniform plastic strain.

However, the multipath propagation in diffuse channels leads to time-dispersion of any pulse transmitted on the channel.

The Monte Carlo method is capable of modeling light propagation in diffuse media over a broad spectral range, for small finite complex volume, for all the optical properties encountered in bio-tissue and for non-scattering or low-scattering regimes [ 23].