The current work offers a different technique based on an integrated model utilizing the functions of Index Decomposition Analysis (IDA), Artificial Neural Network (ANN) and Data Envelopment Analysis DEAA) composed of activity, structure, intensity and energy-mix as inputs responsible for CO2 emission.
In conclusion, our in silico predictions – which were centered on temporal modalities of gene expression - successfully predicted the cis-regulatory inputs responsible for the temporal expression profile of associated genes and suggest an important role for Nuclear Receptors in this process.
Consider, for instance, that with only three steps you arrive at 0.16percentt of inputs being responsible for an astonishing 41percentt of output.
For example, it would be particularly compelling if the authors could provide some direct evidence that parallel fiber inputs are responsible for this effect.
In [7, 8], we explored which signal characteristics at a predistorter-HPA's (PD-HPA) input are responsible for performance degradation (BER degradation and spectral regrowth).
Response surface methodology (RSM) is applied to optimize the effects of processing parameters of extraction on the yield of dye and a computer-stimulated artificial neural network (ANN) model is developed to get a good correlation between the input variables responsible for extraction and the output parameter (concentration of dye) of extraction from pomegranate rind.
The authors concluded that an imbalance in the cortical processing of spindle input was responsible for the aftereffect and compared this explanation with the 'fatigue model' of the visual aftereffects (p. 82).
In contrast, at the Goban Spur, in between the Gollum and Whittard area, Vanaverbeke et al. [62] found meiofauna densities of 612 and 619 ind. 10 cm−2 at 670 and 1034 m depth respectively and suggested that lower OM input was responsible for the lower densities compared to neighbouring areas that receive higher amounts of phytodetritus.
DOI: http://dx.doi.org/10.7554/eLife.04711.010 For the aversive domain Galili et al. (2014) suggested that the set of dopaminergic mushroom body input neurons responsible for heat-punishment in adult Drosophila is nested within that for electric-shock punishment.
These studies have so far not yielded a double dissociation between different dopaminergic mushroom body input neurons for different qualities of reinforcement: For the aversive domain Galili et al. (2014) suggested that the set of dopaminergic mushroom body input neurons responsible for heat-punishment in adult Drosophila is nested within that for electric-shock punishment.
In the primary visual cortex, thalamocortical inputs are largely responsible for classical receptive field response properties (Dragoi et al., 2000), whereas non-classical receptive field influences are mostly mediated by lateral and feedback connections (Das & Gilbert, 1999; Angelucci et al., 2002; Cavanaugh et al., 2002).
