Single-module grid cell activity can be decoded into local movement trajectories by lifting toroidal coordinates from the population activity to the plane, up to an affine transformation.
The intrinsic attractor manifold and population dynamics of a canonical cognitive circuit across waking and sleep
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Topological decoding of grid cell activity via path lifting to covering spaces
Single-module grid cell activity can be decoded into local movement trajectories by lifting toroidal coordinates from the population activity to the plane, up to an affine transformation.