Sentence examples for intensively transform from inspiring English sources

Classical video prediction methods exploit directly and shallowly the intra-frame, inter-frame and multi-view similarities within the video sequences; the proposed video prediction methods indirectly and intensively transform the frame correlations into nonlinear mappings by using a general deep neural network (DNN) with single output node.

Agriculture has intensively transformed the wetland vegetation in the region.

More intensively transformed places may also contribute ecosystem services even though they protect little or almost no biodiversity.

Also, in Europe, with its intensively transformed cultural landscapes, a static and representation-oriented conservation approach often prevails.

By employing shell transformation properly, a mesh that intersects predefined constraints intensively can be transformed to another one with much fewer intersections, thus remarkably reducing the occasions of Steiner point insertion.

The first is to transform the fields into intensively managed farmland that can support cattle and produce a crop of silage at least three times a year.

Collectivization, policy adopted by the Soviet government, pursued most intensively between 1929 and 1933, to transform traditional agriculture in the Soviet Union and to reduce the economic power of the kulaks (prosperous peasants).

Oxidation and spin states of the cryo-trapped intermediate states (S0 S3 states) have been studied intensively by various spectroscopic methods such as EPR, Fourier transform infrared (FTIR), XANES, and UV vis spectroscopy.

The transformation performances of three molecular structural units (guaiacyl, syringyl, and hydroxyphenyl units) of bagasse lignin were also intensively examined using gas chromatography-mass spectrometry, elemental analysis, Fourier transform infrared spectrometry, and proton nuclear magnetic resonance characterization.

Furthermore, the iterative projection process among various constraint sets requires a number of conversions among the SCS and other constraint sets (e.g., between the spatial domain for the SCS and the transform domain for the QCS), which results in intensively computational load.

A well-known TDOA estimation method is the generalized cross-correlation with phase transform (GCC-PHAT), first introduced in [3] and intensively investigated for speech signals in, e.g., [4] [7].