As a developer concentrated in mathematical optimization and machine learning approaches, I released a software named perming integrated with PyTorch to deal with supervised learning problems based on perceptron model.
As far as I concerned, Perceptron-based model and algorithm will make the hidden differentiable latent space to represent linearly separable high-dimensional data, so I think it is important to upgrade dask_ml project by developing perceptron algorithm integrated with parallel computing and compiled operators, like activation function included relu, tanh, and so on.
For example, I adopt operators released by PyTorch to make any supervised learning task conform to target and tabular data possible, and I wrap numpy.ndarray dataset to torch.Tensor for a high efficiency in processing cuda computation. Morever, the early_stop stage was involved in training and validation of any algoithm in perming. The underlying code is the simple configuration of perming:
main.model can be deployed to any pipeline related to predicative task, so I recommend dask_ml to release perceptron model for a more compatible support in processing linear inseparable dataset.
As a developer concentrated in mathematical optimization and machine learning approaches, I released a software named perming integrated with PyTorch to deal with supervised learning problems based on perceptron model.
As far as I concerned, Perceptron-based model and algorithm will make the hidden differentiable latent space to represent linearly separable high-dimensional data, so I think it is important to upgrade dask_ml project by developing perceptron algorithm integrated with parallel computing and compiled operators, like activation function included relu, tanh, and so on.
For example, I adopt operators released by PyTorch to make any supervised learning task conform to target and tabular data possible, and I wrap numpy.ndarray dataset to torch.Tensor for a high efficiency in processing cuda computation. Morever, the early_stop stage was involved in training and validation of any algoithm in perming. The underlying code is the simple configuration of perming:
main.model can be deployed to any pipeline related to predicative task, so I recommend dask_ml to release perceptron model for a more compatible support in processing linear inseparable dataset.