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Hello Fellow < Developers />!

Hi! My name is Himanshu. Thank You for taking the time to view my GitHub Profile šŸ˜„

About Me

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  • šŸ”­ Data Analyst at American Express

  • šŸŒ± Iā€™m currently interested in fields like Data Science, Machine Learning and Predictive Modelling

  • šŸ’¬ Talk to me about Python, Open Source, Projects

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Himanshu's Projects

30-days-of-python icon 30-days-of-python

30 days of Python programming challenge is a step by step guide to learn Python programming language in 30 days.

aix360 icon aix360

Interpretability and explainability of data and machine learning models

audio_speech_eval icon audio_speech_eval

A Streamlit application that allows you to compute various speech and audio metrics

cov_project icon cov_project

Contains code for Web Application of COVID Detection using cough recording

covid-19-faco-cnn icon covid-19-faco-cnn

Implementation of a convolutional neural network used to identify wheezes and crackles in an audio file which is fed Mel-Spectrograms as inputs. During processing, audio clips are copied to 5 second long buffers, and are split into multiple segments if necessary, with zero padding added to fill the rest of the buffer. During training, Mel-Spectrograms are transposed and wrapped around the time-axis to help allow the network to learn to identify features occurring at arbitrary times within the recording. Data augmentation was employed in the form of audio stretching (speeding up and down) as well as Vocal Tract Length Perturbation, especially for the scarcer 'wheeze' and 'wheeze and crackles' classes. A one hot data labelling scheme was chosen as earlier attempts at using a multi-label scheme using a Sigmoid output layer resulted in poor training results (which in hindsight may have been caused by an excessively high learning rate). Currently, both the 'wheeze' and 'wheeze and crackles' classes pose the greatest challenge in the area of classification, and frequently produce false negatives, as indicated by the poor recall scores. Overall validation accuracy currently stands at roughly 70%.

datasciencecoursera icon datasciencecoursera

Data Science Repo and blog for John Hopkins Coursera Courses. Please let me know if you have any questions.

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