{ "info": { "author": "Gabby Shvartsman", "author_email": "gabbyshvartsman@berkeley.edu", "bugtrack_url": null, "classifiers": [], "description": "# **suede**\n## _**Single Unit Electrode DEcoders**_\n\nThis package comprises three single-unit electrode related modules. The first, is a single-unit electrode synthetic data generator where you can set neurons\u2019 preferred directions, base firing rate, trial length times, etc. This synthetic data can then be supplied as input to the following two modules, both of which are decoders. The first decoder (second module) is a bayesian decoder, and the second decoder (third module) is an optimal linear estimator. The bayesian decoder can be run solely on the synthetic single-unit electrode data generated from the first module, but the optimal linear estimator in addition to single-unit electrode spiking data requires cursor position data, which is not provided. This package is therefore best suited for offline analysis of existing single-unit electrode datasets.\n\n---\nThese decoders are designed for and will work best for center-out reach tasks with one unique target per reach direction. In the following images each red dot signifies a reach target:\n
4-, 8-, and 16-Target Reach Tasks
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4-Target Reach Task
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8-Target Reach Task
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16-Target Reach Task
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4-, 8-, and 16-Target Reach Tasks
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