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README.md
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---
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library_name: keras
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---
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## Model description
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More information needed
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## Training procedure
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| name | learning_rate | decay | beta_1 | beta_2 | epsilon | amsgrad | training_precision |
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|----|-------------|-----|------|------|-------|-------|------------------|
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|Adam|0.0010000000474974513|0.0|0.8999999761581421|0.9990000128746033|1e-07|False|float32|
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---
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language:
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- en
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license: apache-2.0
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library_name: keras
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tags:
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- doe2vec
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- exploratory-landscape-analysis
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- autoencoders
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datasets:
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- BasStein/1595-randomfunctions-2d
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metrics:
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- mse
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co2_eq_emissions:
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emissions: 0.0363
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source: "code carbon"
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training_type: "pre-training"
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geographical_location: "Leiden, The Netherlands"
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hardware_used: "1 Tesla T4"
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---
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## Model description
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DoE2Vec model that can transform any design of experiments (function landscape) to a feature vector.
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For different input dimensions or sample size you require a different model.
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Each model name is build up like doe2vec-d{dimension\}-m{sample size}-ls{latent size}-{AE or VAE}-kl{Kl loss weight}
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Example code of loading this huggingface model using the doe2vec package.
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First install the package
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```zsh
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pip install doe2vec
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```
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Then import and load the model.
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```python
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from doe2vec import doe_model
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obj = doe_model(
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2,
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8,
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latent_dim=32,
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kl_weight=0.001,
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model_type="VAE"
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)
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obj.load_from_huggingface()
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#test the model
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obj.plot_label_clusters_bbob()
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```
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## Intended uses & limitations
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The model is intended to be used to generate feature representations for optimization function landscapes.
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The representations can then be used for downstream tasks such as automatic optimization pipelines and meta-learning.
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## Training procedure
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The model is trained using a weighed KL loss and mean squared error reconstruction loss.
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The model is trained using 250.000 randomly generated functions (see the dataset) over 100 epochs.
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- **Hardware:** 1x Tesla T4 GPU
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- **Optimizer:** Adam
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