ztlearn 1.1.5

Minimalistic Python Machine Learning Toolkit.

zeta-learn

zeta-learn is a minimalistic python machine learning library designed to deliver fast and easy model prototyping.

zeta-learn aims to provide an extensive understanding of machine learning through the use of straightforward algorithms and readily implemented examples making it a useful resource for researchers and students.

• Documentation: https://zeta-learn.com
• Python versions: 3.5 and above
• Free software: MIT license

Dependencies

• numpy >= 1.15.0
• matplotlib >= 2.0.0

Features

• Keras like Sequential API for building models.
• Built on Numpy and Matplotlib.
• Examples folder with readily implemented machine learning models.

Install

• pip install ztlearn

Examples

Principal Component Analysis (PCA) ##################################

DIGITS Dataset - PCA <https://github.com/jefkine/zeta-learn/blob/master/examples/digits/digits_pca.py>_

.. image:: /examples/plots/results/pca/digits_pca.png :align: center :alt: digits pca

MNIST Dataset - PCA <https://github.com/jefkine/zeta-learn/blob/master/examples/mnist/mnist_pca.py>_

.. image:: /examples/plots/results/pca/mnist_pca.png :align: center :alt: mnist pca

KMEANS

K-Means Clustering (4 Clusters) <https://github.com/jefkine/zeta-learn/blob/master/examples/clusters/kmeans_cluestering.py>_

.. image:: /examples/plots/results/kmeans/k_means_4_clusters.png :align: center :alt: k-means (4 clusters)

Convolutional Neural Network (CNN) ##################################

DIGITS Dataset Model Summary <https://github.com/jefkine/zeta-learn/blob/master/examples/digits/digits_cnn.py>_

.. code:: html

DIGITS CNN

Input Shape: (1, 8, 8) +---------------------+---------+--------------+ ¦ LAYER TYPE ¦ PARAMS ¦ OUTPUT SHAPE ¦ +---------------------+---------+--------------+ ¦ Conv2D ¦ 320 ¦ (32, 8, 8) ¦ ¦ Activation: RELU ¦ 0 ¦ (32, 8, 8) ¦ ¦ Dropout ¦ 0 ¦ (32, 8, 8) ¦ ¦ BatchNormalization ¦ 4,096 ¦ (32, 8, 8) ¦ ¦ Conv2D ¦ 18,496 ¦ (64, 8, 8) ¦ ¦ Activation: RELU ¦ 0 ¦ (64, 8, 8) ¦ ¦ MaxPooling2D ¦ 0 ¦ (64, 7, 7) ¦ ¦ Dropout ¦ 0 ¦ (64, 7, 7) ¦ ¦ BatchNormalization ¦ 6,272 ¦ (64, 7, 7) ¦ ¦ Flatten ¦ 0 ¦ (3,136,) ¦ ¦ Dense ¦ 803,072 ¦ (256,) ¦ ¦ Activation: RELU ¦ 0 ¦ (256,) ¦ ¦ Dropout ¦ 0 ¦ (256,) ¦ ¦ BatchNormalization ¦ 512 ¦ (256,) ¦ ¦ Dense ¦ 2,570 ¦ (10,) ¦ +---------------------+---------+--------------+

TOTAL PARAMETERS: 835,338

DIGITS Dataset Model Results

.. image:: /examples/plots/results/cnn/digits_cnn_tiled_results.png :align: center :alt: digits cnn results tiled

DIGITS Dataset Model Loss

.. image:: /examples/plots/results/cnn/digits_cnn_loss_graph.png :align: center :alt: digits model loss

DIGITS Dataset Model Accuracy

.. image:: /examples/plots/results/cnn/digits_cnn_accuracy_graph.png :align: center :alt: digits model accuracy

MNIST Dataset Model Summary <https://github.com/jefkine/zeta-learn/blob/master/examples/mnist/mnist_cnn.py>_

.. code:: html

MNIST CNN

Input Shape: (1, 28, 28) +---------------------+------------+--------------+ ¦ LAYER TYPE ¦ PARAMS ¦ OUTPUT SHAPE ¦ +---------------------+------------+--------------+ ¦ Conv2D ¦ 320 ¦ (32, 28, 28) ¦ ¦ Activation: RELU ¦ 0 ¦ (32, 28, 28) ¦ ¦ Dropout ¦ 0 ¦ (32, 28, 28) ¦ ¦ BatchNormalization ¦ 50,176 ¦ (32, 28, 28) ¦ ¦ Conv2D ¦ 18,496 ¦ (64, 28, 28) ¦ ¦ Activation: RELU ¦ 0 ¦ (64, 28, 28) ¦ ¦ MaxPooling2D ¦ 0 ¦ (64, 27, 27) ¦ ¦ Dropout ¦ 0 ¦ (64, 27, 27) ¦ ¦ BatchNormalization ¦ 93,312 ¦ (64, 27, 27) ¦ ¦ Flatten ¦ 0 ¦ (46,656,) ¦ ¦ Dense ¦ 11,944,192 ¦ (256,) ¦ ¦ Activation: RELU ¦ 0 ¦ (256,) ¦ ¦ Dropout ¦ 0 ¦ (256,) ¦ ¦ BatchNormalization ¦ 512 ¦ (256,) ¦ ¦ Dense ¦ 2,570 ¦ (10,) ¦ +---------------------+------------+--------------+

TOTAL PARAMETERS: 12,109,578

MNIST Dataset Model Results

.. image:: /examples/plots/results/cnn/mnist_cnn_tiled_results.png :align: center :alt: mnist cnn results tiled

Regression ##########

Linear Regression <https://github.com/jefkine/zeta-learn/blob/master/examples/boston/boston_linear_regression.py>_

.. image:: /examples/plots/results/regression/linear_regression.png :align: center :alt: linear regression

Polynomial Regression <https://github.com/jefkine/zeta-learn/blob/master/examples/boston/boston_polynomial_regression.py>_

.. image:: /examples/plots/results/regression/polynomial_regression.png :align: center :alt: polynomial regression

Elastic Regression <https://github.com/jefkine/zeta-learn/blob/master/examples/boston/boston_elastic_regression.py>_

.. image:: /examples/plots/results/regression/elastic_regression.png :align: center :alt: elastic regression