Microcircuit_Model_of_Attention
 All Files Functions
File List
Here is a list of all documented files with brief descriptions:
o*calculateModel.mCalculate the microcircuit model of attention
o*customgauss.mGenerate a custom 2D gaussian
o*figure10.mExperimental setup for biased competition and attentional modulation of surround suppression
o*figure11b.mEvaluate spatial pooling in our microcircuit model of attention
o*figure11d.mEvaluate spatial pooling in the normalization model of attention
o*figure2.mExperimental setup for biased competition with spatial attention
o*figure3a.mExperimental setup for biased competition and pooling with spatial attention
o*figure3b.mExperimental setup for competition of overlapping stimuli
o*figure3cde.mExperimental setup for biased competition - selectivity in relation to sensory interaction
o*figure3f.mExperimental setup for contrast dependent competition
o*figure4.mExperimental setup for biased competition with feature-based attention
o*figure5.mExperimental setup for contrasts gain
o*figure6.mExperimental setup for mix between response and contrast gain
o*figure7.mExperimental setup for scaling of the neuronal tuning curve
o*figure8a.mExperimental setup for sharpening of the neuronal tuning curve
o*figure8b.mExperimental setup for tuning curves in biased competition with feature-based attention
o*figure9a.mExperimental setup for surround suppression without attention
o*figure9b.mExperimental setup for attentional modulation of surround suppression
o*formatPlotB.mFunction to format the plot nicely
o*gauss1D.mCalculate 1D Gaussian kernel
o*gauss1Dcircular.mCalculate a 1D Gaussian kernel within a circular space
o*initModel.mCreate parameter structure for microcircuit model of attention
o*maxNonLin.mMaximum operation via a non-linear summation
o*runAll.mSmall function to run all experiments
o*saveStandardPlotParams.mSave common parameters for the plots to a file
o*symetricalExp.mGenerate a distribution created by two exponential functions (similar to Laplace distribution)
\*symetricalExpCircle.mGenerate a circular distribution created by two exponential functions (similar to Laplace distribution)