dancasmor
PhD student attached to the Department of Computer Architecture and Technology at the University of Seville.
Universidad de SevillaSevilla, España
Pinned Repositories
A-bio-inspired-hardware-implementation-of-a-analog-spike-based-hippocampus-memory-model
A-bio-inspired-implementation-of-a-sparse-learning-spike-based-hippocampus-memory-model
A fully-functional sparse-learning spike-based bio-inspired hippocampal memory model implemented with SNN technology in the SpiNNaker hardware
An-aproach-to-a-spike-based-Content-Addressable-Memory-bio-inspired-in-the-Hippocampus
Bio-inspired-spike-based-Hippocampus-and-Posterior-Parietal-Cortex-robotic-system-for-pseudo-mapping
A spike-based robotic system bio-inspired on Hippocampus and Posterior Parietal Cortex cerebral areas for environment pseudo-mapping and navigation implemented with SNN technology in the SpiNNaker hardware platform
Real-time-spike-based-hippocampus-memory-model-for-image-storage
A fully-functional real-time application for simple image storage serving as a proof of concept of a sparse-learning spike-based bio-inspired hippocampal memory model implemented with SNN technology in the SpiNNaker hardware
Robust-analog-sequential-hippocampus-memory-model-for-trajectory-learning-and-recalling
serverless-api-aws
REST API in charge of token management for the association of 2 entities, deployed with Serverless on AWS, using a Telegram bot as an example application and Molotov as a load test of the service.
Spike-based-computational-models-of-bio-inspired-memories-in-the-hippocampal-CA3-region-in-SpiNNaker
Bioinspired memories in the CA3 region of the hippocampus implemented with SNN technology in the SpiNNaker hardware.
sPyMem
An open-source package that offer fully-functional spike-based bio-inspired hippocampal memory models implemented with SNN technology in the SpiNNaker hardware in Python
PredicMem23
dancasmor's Repositories
dancasmor/sPyMem
An open-source package that offer fully-functional spike-based bio-inspired hippocampal memory models implemented with SNN technology in the SpiNNaker hardware in Python
dancasmor/Bio-inspired-spike-based-Hippocampus-and-Posterior-Parietal-Cortex-robotic-system-for-pseudo-mapping
A spike-based robotic system bio-inspired on Hippocampus and Posterior Parietal Cortex cerebral areas for environment pseudo-mapping and navigation implemented with SNN technology in the SpiNNaker hardware platform
dancasmor/A-bio-inspired-hardware-implementation-of-a-analog-spike-based-hippocampus-memory-model
dancasmor/A-bio-inspired-implementation-of-a-sparse-learning-spike-based-hippocampus-memory-model
A fully-functional sparse-learning spike-based bio-inspired hippocampal memory model implemented with SNN technology in the SpiNNaker hardware
dancasmor/An-aproach-to-a-spike-based-Content-Addressable-Memory-bio-inspired-in-the-Hippocampus
dancasmor/Real-time-spike-based-hippocampus-memory-model-for-image-storage
A fully-functional real-time application for simple image storage serving as a proof of concept of a sparse-learning spike-based bio-inspired hippocampal memory model implemented with SNN technology in the SpiNNaker hardware
dancasmor/Robust-analog-sequential-hippocampus-memory-model-for-trajectory-learning-and-recalling
dancasmor/serverless-api-aws
REST API in charge of token management for the association of 2 entities, deployed with Serverless on AWS, using a Telegram bot as an example application and Molotov as a load test of the service.
dancasmor/Spike-based-computational-models-of-bio-inspired-memories-in-the-hippocampal-CA3-region-in-SpiNNaker
Bioinspired memories in the CA3 region of the hippocampus implemented with SNN technology in the SpiNNaker hardware.