reporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/01 - Complex goal-directed cognitive states are supported by PPC population activity-checkpoint.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/01 - Complex goal-directed cognitive states are supported by PPC population activity-checkpoint.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/02 - PPC evoked responses are shaped by corresponding cognitive state-checkpoint.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/02 - PPC evoked responses are shaped by corresponding cognitive state-checkpoint.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/03 - Dynamics of PPC single units depending on AEP states-checkpoint.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/03 - Dynamics of PPC single units depending on AEP states-checkpoint.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/04 - Reversed timing of late AEP components between A1 and PPC-checkpoint.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/04 - Reversed timing of late AEP components between A1 and PPC-checkpoint.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/05 - Different cognitive states in the same behavior-checkpoint.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/.ipynb_checkpoints/05 - Different cognitive states in the same behavior-checkpoint.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/01 - Complex goal-directed cognitive states are supported by PPC population activity.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/01 - Complex goal-directed cognitive states are supported by PPC population activity.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/02 - PPC evoked responses are shaped by corresponding cognitive state.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/02 - PPC evoked responses are shaped by corresponding cognitive state.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/03 - Dynamics of PPC single units depending on AEP states.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/03 - Dynamics of PPC single units depending on AEP states.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/04 - Reversed timing of late AEP components between A1 and PPC.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/04 - Reversed timing of late AEP components between A1 and PPC.ipynb
reporting/Cognitive States in the gerbil Parietal Cortex/05 - Different cognitive states in the same behavior.ipynb → zzreporting/Cognitive States in the gerbil Parietal Cortex/05 - Different cognitive states in the same behavior.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/01 - Dynamics of Auditory Evoked Responses-checkpoint.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/01 - Dynamics of Auditory Evoked Responses-checkpoint.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/02 - Evoked responses are driven by single units with specific response tuning micro-structure-checkpoint.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/02 - Evoked responses are driven by single units with specific response tuning micro-structure-checkpoint.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/03 - Tone-modulated units exhibit macro-structure relative to the target-checkpoint.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/03 - Tone-modulated units exhibit macro-structure relative to the target-checkpoint.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/04 - (NOT READY) Dynamics of the mismatch response depending on the AEP states-checkpoint.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/04 - (NOT READY) Dynamics of the mismatch response depending on the AEP states-checkpoint.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/05 - (NOT READY) Phasic modulation of A1 single units reflect perception strength and predict behavioral performance-checkpoint.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/.ipynb_checkpoints/05 - (NOT READY) Phasic modulation of A1 single units reflect perception strength and predict behavioral performance-checkpoint.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/01 - Dynamics of Auditory Evoked Responses.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/01 - Dynamics of Auditory Evoked Responses.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/02 - Evoked responses are driven by single units with specific response tuning micro-structure.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/02 - Evoked responses are driven by single units with specific response tuning micro-structure.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/03 - Tone-modulated units exhibit macro-structure relative to the target.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/03 - Tone-modulated units exhibit macro-structure relative to the target.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/04 - (NOT READY) Dynamics of the mismatch response depending on the AEP states.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/04 - (NOT READY) Dynamics of the mismatch response depending on the AEP states.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/05 - (NOT READY) Phasic modulation of A1 single units reflect perception strength and predict behavioral performance.ipynb → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/05 - (NOT READY) Phasic modulation of A1 single units reflect perception strength and predict behavioral performance.ipynb
reporting/State-dependent neural dynamics in the gerbil Auditory Cortex/assets/AEP.png → zzreporting/State-dependent neural dynamics in the gerbil Auditory Cortex/assets/AEP.png
Andrey Sobolev
