BindsNET ships no third-party datasets. Its dataset loaders fetch data from the upstream sources declared below; all licenses are the upstream providers' and BindsNET does not redistribute the data. This file declares every dataset and synthetic stimulus referenced by the shipped examples and benchmarks, plus the additional dataset loaders the library provides.
Licenses below are pointers to the upstream source, not assertions by BindsNET. Confirm the current license at the source before using a dataset in your own work.
- Loader:
from bindsnet.datasets import MNIST— a thin wrapper overtorchvision.datasets.MNIST(bindsnet/datasets/torchvision_wrapper.py). - Upstream source: torchvision → http://yann.lecun.com/exdb/mnist/
- Version/snapshot: whatever the installed
torchvisionresolves (mirror-hosted). - Obtained by: automatic download on first run (
download=Truein the examples). - License: as published by the upstream/torchvision mirror (verify upstream).
- Used in:
examples/mnist/*.py(e.g.eth_mnist.py,batch_eth_mnist.py,supervised_mnist.py,conv_mnist.py,reservoir.py,MCC_reservoir.py,conv1d_MNIST.py,conv3d_MNIST.py,loc1d_mnist.py,loc2d_mnist.py,loc3d_mnist.py,SOM_LM-SNNs.py). - Preprocessing → spikes:
transforms.ToTensor()then scaling by--intensity(default 128 ineth_mnist.py), then rate coding viabindsnet.encoding.PoissonEncoder(time, dt)— pixel intensities become Poisson spike trains overtimems at stepdt.
- Loader:
bindsnet.environment.GymEnvironment("BreakoutDeterministic-v4")(seeexamples/breakout/*.py).GymEnvironmentmaps this id to its definition,Breakout-v4withframeskip=4, so it works with ale-py 0.9 and later, which register Breakout underBreakout-v4. - Upstream source: Arcade Learning Environment via
gymnasium[atari]+ale-py(declared inpyproject.toml). ROMs are provided through the ALE/AutoROM tooling. - Obtained by: the Gymnasium/ALE runtime; not stored in this repo.
- License: ALE/ROM licensing applies (verify via ale-py / AutoROM).
- Used in:
examples/breakout/breakout.py,breakout_stdp.py,play_breakout_from_ANN.py,random_baseline.py,random_network_baseline.py. - Preprocessing → spikes: Atari observations are converted to network input by the
example pipelines (see each script and
bindsnet/encoding/). - Pretrained artifact:
examples/breakout/trained_shallow_ANN.pt(a Breakout Q-network transplanted into an SNN) — provenance in examples/breakout/README.md.
Described in the README "Benchmarking" section and Hazan et al. 2018:
- Population of n Poisson input neurons, firing rates drawn from U(0, 100) Hz.
- Connected all-to-all to an equally sized population of LIF neurons; connection weights sampled from N(0, 1).
- n varied 250 → 10,000 in steps of 250; each run simulated 1,000 ms at dt = 1.0 ms.
examples/benchmark/benchmark.py (every simulator) and
examples/benchmark/bindsnet_scaling.py (BindsNET only) implement exactly this, since
2026-10; the 2018 script used its own input settings for each simulator (see
REPRODUCING.md).
This stimulus is generated programmatically; there is no dataset to download.
These loaders are part of bindsnet.datasets and are available to users, though not
every one is exercised by a shipped example. Sources are taken directly from the loader
modules.
| Dataset | Loader | Upstream source | Notes |
|---|---|---|---|
| Spoken MNIST (Free Spoken Digit Dataset) | bindsnet.datasets.SpokenMNIST (spoken_mnist.py) |
https://github.com/Jakobovski/free-spoken-digit-dataset (downloads master.zip) |
License per upstream repo |
| ALOV300++ | bindsnet.datasets.ALOV300 (alov300.py) |
frames http://isis-data.science.uva.nl/alov/alov300++_frames.zip, GT text http://isis-data.science.uva.nl/alov/alov300++GT_txtFiles.zip; info http://alov300pp.joomlafree.it/dataset-resources.html |
Visual-tracking dataset |
| DAVIS 2017 | bindsnet.datasets.Davis (davis.py) |
https://davischallenge.org/davis2017/code.html | Video object segmentation |
| Other torchvision datasets | create_torchvision_dataset_wrapper(...) (torchvision_wrapper.py) |
torchvision | Wrappers exported for CIFAR10/100, FashionMNIST, EMNIST, KMNIST, SVHN, STL10, Omniglot, VOC*, COCO*, etc. — each downloads from its torchvision-declared source |
- Datasets download to a user-specified
rootdirectory (the examples typically use a localdata/path); they are not committed to this repository. - BindsNET does not modify or redistribute upstream data; it applies encodings
(
bindsnet/encoding/) to turn inputs into spike trains at simulation time. - If a download URL has moved, consult the loader module in
bindsnet/datasets/and the upstream project page listed above.