Live: neuro.kispace.de
Vision: Neurospace is evolving toward an application focused on neuromorphic cognitive modeling—a unified platform for building, visualizing, and analyzing brain-inspired computational models.
Built on the Eclipse Lyra framework, Neurospace currently provides an interactive neuroimaging viewer as its foundation. Over time, it will expand into tools for spiking neural networks, cognitive architectures, and simulation workflows that bridge neuroscience and AI.
- Neuroimaging viewer: Displays NIfTI, DICOM, NRRD, and related formats via an editor integrated with the workspace file browser
- SNIRF viewer: Displays fNIRS data in SNIRF format (.snirf) with time-series charts and probe layout
- OpenNeuro downloads: Download BIDS datasets from OpenNeuro directly into the workspace with progress tracking
- Formats: Volumes (NIfTI .nii/.nii.gz, DICOM .dcm, NRRD, MGH/MGZ, MRtrix MIF), powered by NiiVue (WebGL2, TypeScript); fNIRS (SNIRF), powered by jsfive (HDF5)
- Neuroimaging visualization (current)
- BOLD activation map overlays: Load anatomical + statistical map (e.g. t/z-stat from FSL/SPM); warm/cool colormaps with thresholding (cal_min/max)
- EEG viewer: Extend physiological-signal architecture (time series + spatial layout) to support EEG; EEG loader (EDF, BrainVision, EEGLAB); electrode layout
- Neuromorphic model design and simulation
- Cognitive architecture integration
- Data-driven and theory-driven modeling workflows
npm install
npm run devOpen http://localhost:5173, connect a workspace (folder with neuroimaging or fNIRS files), and open a .nii.gz, .dcm, or .snirf file from the file browser.
packages/app– App entrypoint and shellpackages/extension-neuro-viewer– Neuroimaging editor extension (NIfTI, DICOM, etc.)packages/extension-snirf-viewer– SNIRF/fNIRS viewer extension
Uses Eclipse Lyra packages from the npm registry (@eclipse-lyra/core, @eclipse-lyra/extension-utils, etc.).
MIT. See LICENSE for details.