Pytorch-bio-transformations

Latest version: v0.0.4

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1.8

Comprehensive documentation with tutorials and examples
Efficient implementation with minimal overhead
Installation
pip install bio-transformations
Quick Start
from bio_transformations import BioConverter

converter = BioConverter()
bio_model = converter(your_pytorch_model)
For full documentation, visit our visit our [GitHub Page](https://ceades.github.io/pytorch_bio_transformations/index.html) or
visit our [GitHub repository](https://github.com/CeadeS/pytorch_bio_transformations).

We welcome feedback and contributions from the community. Happy coding with biologically inspired neural networks!

What's Changed
* minor changes by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/3
* minor changes by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/4
* Minor changes to actions by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/5
* minor changes by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/6
* Make stable release by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/7


**Full Changelog**: https://github.com/CeadeS/pytorch_bio_transformations/compare/v0.0.3...v0.0.4

0.0.4

We're excited to announce the first stable release of Bio Transformations! This Python package enhances artificial neural networks with biologically inspired mechanisms, aiming to improve learning speed, prediction accuracy, and resilience.

Key Features
Synaptic Diversity: Implement diverse learning rates with fuzzy_learning_rates()
Structural Plasticity: Simulate spine turnover with rejuvenate_weights()
Multi-synaptic Connectivity: Allow multiple connections between neuron pairs
Homeostatic Plasticity: Maintain network stability with synaptic scaling
Easy Integration: Seamlessly convert existing PyTorch models
Highlights

0.0.3

We're excited to announce the first stable release of Bio Transformations! This Python package enhances artificial neural networks with biologically inspired mechanisms, aiming to improve learning speed, prediction accuracy, and resilience.

Key Features

- **Synaptic Diversity**: Implement diverse learning rates with `fuzzy_learning_rates()`
- **Structural Plasticity**: Simulate spine turnover with `rejuvenate_weights()`
- **Multi-synaptic Connectivity**: Allow multiple connections between neuron pairs
- **Homeostatic Plasticity**: Maintain network stability with synaptic scaling
- **Easy Integration**: Seamlessly convert existing PyTorch models

Highlights

- Compatible with PyTorch 1.8+
- Comprehensive documentation with tutorials and examples
- Efficient implementation with minimal overhead

Installation

bash
pip install bio-transformations


Quick Start

python
from bio_transformations import BioConverter

converter = BioConverter()
bio_model = converter(your_pytorch_model)


For full documentation, visit our visit our [GitHub Page](https://ceades.github.io/pytorch_bio_transformations/index.html) or
visit our [GitHub repository](https://github.com/CeadeS/pytorch_bio_transformations).

We welcome feedback and contributions from the community. Happy coding with biologically inspired neural networks!

0.0.3a

We're excited to announce the first stable release of Bio Transformations! This Python package enhances artificial neural networks with biologically inspired mechanisms, aiming to improve learning speed, prediction accuracy, and resilience.

Key Features

- **Synaptic Diversity**: Implement diverse learning rates with `fuzzy_learning_rates()`
- **Structural Plasticity**: Simulate spine turnover with `rejuvenate_weights()`
- **Multi-synaptic Connectivity**: Allow multiple connections between neuron pairs
- **Homeostatic Plasticity**: Maintain network stability with synaptic scaling
- **Easy Integration**: Seamlessly convert existing PyTorch models

Highlights

- Compatible with PyTorch 1.8+
- Comprehensive documentation with tutorials and examples
- Efficient implementation with minimal overhead

Installation

bash
pip install bio-transformations


Quick Start

python
from bio_transformations import BioConverter

converter = BioConverter()
bio_model = converter(your_pytorch_model)


For full documentation, visit our visit our [GitHub Page](https://ceades.github.io/pytorch_bio_transformations/index.html) or
visit our [GitHub repository](https://github.com/CeadeS/pytorch_bio_transformations).

We welcome feedback and contributions from the community. Happy coding with biologically inspired neural networks!

What's Changed
* minor changes by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/3
* minor changes by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/4
* Minor changes to actions by CeadeS in https://github.com/CeadeS/pytorch_bio_transformations/pull/5


**Full Changelog**: https://github.com/CeadeS/pytorch_bio_transformations/compare/v0.0.3...v0.0.3a

Links

Releases

Has known vulnerabilities

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