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Maryam Ahmadi's Projects

analyzing-dengue-fever-cases-in-san-juan-and-iquitos-with-python icon analyzing-dengue-fever-cases-in-san-juan-and-iquitos-with-python

The scope of our analysis will be focused on understanding the environmental variables and determining whether there are key environmental features that lead to a higher number of Dengue fever cases. Our problem statement is: “What environmental features contribute to a higher number of Dengue Fever cases in San Juan and Iquitos

deep-learning-containers icon deep-learning-containers

AWS Deep Learning Containers (DLCs) are a set of Docker images for training and serving models in TensorFlow, TensorFlow 2, PyTorch, and MXNet.

encode-categorical-variables-to-numeric icon encode-categorical-variables-to-numeric

Encoding categorical variables into numeric variables is part of a data scientist’s daily work. I have been wanting to write down some common Categorical variable encoders.

house-prices-advanced-regression-techniques icon house-prices-advanced-regression-techniques

Housing price competition aims at predicting sale prices for the houses in ‘Ames city’ in Story County, Iowa, United States. The dataset is divided into two halves: testing and training (~50-50%). There are 80 variables in the training dataset.

label-data-in-jupyter icon label-data-in-jupyter

Pigeon is a simple widget that lets you quickly annotate a dataset of unlabeled examples from the comfort of your Jupyter notebook. Pigeon currently supports annotation for classification tasks (set of labels), regression tasks (int/float range), or captioning tasks (variable-length text). Anything that can be displayed on Jupyter (text, images, audio, graphs, etc.) can be displayed by pigeon by providing the appropriate display_fn argument.

pipelines-azureml icon pipelines-azureml

Example Azure Pipeline to train and deploy a machine learning model using the Azure Machine Learning service

predicting-loan-repayment--calssification-model icon predicting-loan-repayment--calssification-model

Model used: Random Forest classification, AdaBoost classification,Logistic regression with SGD training and KNN classsification. Balance data set methods: Random Under sampling and Random Over Sampling. Evaluation methods: AURUC score, F1 score, Confusion Matrix, Precision score and Recall score

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