We present a novel analysis approach to mapping V1 receptive fields that combines point-process generalized linear models (PPGLM) with tomographic ...
The moving bar experiment is a classic paradigm for characterizing the receptive field (RF) properties of neurons in primary visual cortex (V1).
Mapping of Visual Receptive Fields by Tomographic Reconstruction
direct.mit.edu › neco › neco_a_00334
Our results demonstrate that standard tomographic principles for image reconstruction can be adapted to characterize V1. RFs and that two fundamental properties ...
We present a novel analysis approach to mapping V1 receptive fields that combines point-process generalized linear models (PPGLM) with tomographic ...
PDF | On Nov 29, 2012, Gordon Pipa and others published Mapping of visual receptive fields by tomographic reconstruction. NECO2410.Pipa.e-supp | Find, ...
We present a novel analysis approach to mapping V1 receptive fields that combines point-process generalized linear models (PPGLM) with tomographic ...
Nov 19, 2021 · We present new means to characterize rapidly the linear and nonlinear properties of receptive fields in early stages of visual processing.
People also ask
What do receptive field maps show?
What is the difference between receptive field and visual field?
Why are receptive fields important?
What is the receptive field of the auditory neuron?
From the visual RF, inhomogeneous Poisson spike trains are generated along all directions. In each direction, a total of 9 trials are simulated. According to ...
A recently published paper shows how filtered back projection (FBP), can be used to map the spatial and temporal receptive fields (RFs) of retinal neurons.
It is demonstrated that the filtered back projection is suited to mapping receptive fields from populations of neurons recorded with imaging or ...