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Aplysia-Feeding-Boolean-Model
Aplysia-Feeding-Boolean-Model PublicDiscrete time, discrete state representation of Aplysia central pattern generator for multifunctional feeding behavior, coupled to continuous, (relatively) low biomechanics.
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Li-et-al-2023-ICRA
Li-et-al-2023-ICRA PublicThe code used in Li et al. 2023 presented at ICRA 2023: "A Bioinspired Synthetic Nervous System Controller for Pick-and-Place Manipulation"
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GANGLIA
GANGLIA PublicGeneration of Automatic Neuron Graph-Like Interconnected Arrangements (GANGLIA) for designing customized neuron circuit patterns
Python
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Li-et-al-2023-ICRA-archive
Li-et-al-2023-ICRA-archive Public archiveForked from CMU-BORG/Li-et-al-2023-ICRA
The code used in Li et al. 2023 presented at ICRA 2023: "A Bioinspired Synthetic Nervous System Controller for Pick-and-Place Manipulation"
Python
Repositories
- Commercial-Resins-for-Biohybrids-SciData Public Forked from CMU-BORG/Commercial-Resins-for-Biohybrids-2024
Data and code associated with Liao et. 2025
CMU-BORG/Commercial-Resins-for-Biohybrids-SciData’s past year of commit activity - Aplysia_Feeding_Neuromechanical_Model_Bennington_et_al Public
Repository for the modular neuromechanical model of the Aplysia californica feeding.
CMU-BORG/Aplysia_Feeding_Neuromechanical_Model_Bennington_et_al’s past year of commit activity - C3NS-IRG3-Simulink-Modular-Model Public
The repository includes a neuromuscular model for Aplysia feeding. The model integrates the SNS neural circuitry model and a simplified biomechanical model.
CMU-BORG/C3NS-IRG3-Simulink-Modular-Model’s past year of commit activity - Li-et-al-2023-ICRA-archive Public archive Forked from CMU-BORG/Li-et-al-2023-ICRA
The code used in Li et al. 2023 presented at ICRA 2023: "A Bioinspired Synthetic Nervous System Controller for Pick-and-Place Manipulation"
CMU-BORG/Li-et-al-2023-ICRA-archive’s past year of commit activity - Li-et-al-2023-ICRA Public
The code used in Li et al. 2023 presented at ICRA 2023: "A Bioinspired Synthetic Nervous System Controller for Pick-and-Place Manipulation"
CMU-BORG/Li-et-al-2023-ICRA’s past year of commit activity - Aplysia-Feeding-Boolean-Model Public
Discrete time, discrete state representation of Aplysia central pattern generator for multifunctional feeding behavior, coupled to continuous, (relatively) low biomechanics.
CMU-BORG/Aplysia-Feeding-Boolean-Model’s past year of commit activity
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