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My solution for the first project in the Udacity Deep-Learning Nanodegree. A neural network with linear layers is used to predict the number of bikeshare users.

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Udacity-Bike-Sharing-Project

The Jupyter-Notebook-File Your_first_neural_network.ipynb includes my solution to the Predicting-Bike-Sharing-Patterns-Project in the Deeplearning-Nanodegree.

General Task

The task is to use a neural network to predict the number of bike sharing users per day.

More precise Description of the Problem and Approach

The idea is to attack this task by training a fully connected neural network feeding it historical data of bike-sharing user behaviour. The neural network is built by hand completely. This means that the forward- and back-propagation is implemented directly without the usage of any deeplearning library.

Architecture of the Model and Hyperparameters

The network has one fully connected hidden layer and one fully connected output layer.

  • Number of hidden nodes: 20
  • Number of output nodes: 1
  • Learning rate: 0.6
  • Number of training iterations: 4000

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My solution for the first project in the Udacity Deep-Learning Nanodegree. A neural network with linear layers is used to predict the number of bikeshare users.

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