Level: Advanced
BrainScaleS 2 hands on, matrix multiplication I
Hands-on tutorial introduction given by Johannes Weis (UHEI) during the NICE 2021 workshop.
Level: Advanced
BrainScaleS 2 hands on I - Spiking mode
Hands-on tutorial introduction given by Sebastian Billaudelle (UHEI) during the NICE 2021 workshop.
Level: Intermediate
Closed loop experiments on the BrainScaleS-2 architecture
Talk given by Korbinian Schreiber (UHEI) during the NICE 2021 workshop.
Towards accelerated cortical simulations on the BrainScaleS wafer-scale system
Talk given by Sebastian Schmitt during the NICE 2021 workshop.
Level: Intermediate
BrainScaleS: Development Methodologies and Operating System
Talk by Eric Müller on 19 March 2021 during the NICE 2021 workshop.
Level: Intermediate
Exploring the possibilities of analog neuromorphic computing with BrainScaleS
Talk given by Johannes Schemmel (UHEI) during the NICE 2021 workshop.
User report: using BrainScaleS to investigate dynamics in neural networks
Viola Priesemann giving a user report on using the BrainScaleS neuromorphic compute system to investigate dynamics in neural networks.
Talk given during the Neuromorphic computing breakout session at the Human Brain Project Summit 2021.
Talk given during the Neuromorphic computing breakout session at the Human Brain Project Summit 2021.
Level: Intermediate
BrainScaleS via EBRAINS - from point to structured neurons
Jakob Kaiser shows the interactive access to the BrainScaleS neuromorphic compute system ("from point to structured neurons") during the Neuromorphic computing breakout session at the Human Brain Project Summit 2021.
User report: using BrainScaleS for surrogate gradient learning
Friedmann Zenke giving a user report on using the BrainScaleS neuromorphic compute system for surrogate gradient learning. Talk during the Neuromorphic computing breakout session at the Human Brain Project Summit 2021.
Learning with the SuperSpike rule on BrainScaleS
Benjamin Cramer shows the use of the SuperSpike rule for learning in an interactive experiment setup on the BrainScaleS neuromorphic compute system during the Neuromorphic computing breakout session at the Human Brain Project Summit 2021.
Video Tutorial
Anchoring partial volumetric data to BigBrain using VoluBA
VoluBA ("Volumetric Brain Anchoring") is an online service which allows to upload a high-resolution volume of interest (VOI) to perform interactive anchoring to the BigBrain, without the need of downloading the BigBrain volume to a local machine. VoluBA provides fast and intuitive manipulation of the 3D position, orientation, and scale of the VOI. Furthermore, it allows to precisely enter pairs of corresponding 3D landmarks and use them to refine the alignment by 3D affine parameters. In addition, a plugin is available for subsequent nonlinear adjustment of cortical VOIs, which exploits equivolumetric volumetric depth as a constraint in case that a segmentation of the gray matter is available. This tutorial provides a hands-on introduction to VoluBA, using a real world example dataset.
Level: Advanced
Yokogawa/KIT tutorial: Median nerve stimulation
This tutorial introduces some concepts that are specific to the management of MEG/EEG files recorded with Yokogawa/KIT systems in the Brainstorm environment.
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