Implementation of Multivariate Vector Autoregression (VAR) and Deep Learning based RNN (LSTM) Model to predict the various categories of stock prices.
The model fitting for VAR is done using the BIC criterion and the forecasting is done for 15 days.
The Dataset obtained from the Alpha Vantage API is split into training and validation sets, which are used to train the model and to see its performance on unseen data.
To know more, click for the github link
Implementation of LSTM based Recurrent Neural Networks to predict univariate time series. The dataset used here is Stock Prices of Google obtained via Kaggle. The model has 4 LSTM layers followed by Dense layers and about 46 Mn trainable parameters.
The model achieves a Mean Absolute Error of 0.028 and predicts the prices very well. The visualization for the actual and predicted values are also included with the code.
To read more about the project, kindly have a look at the github link
This challenge has images belonging to 6 classes namely Mountain, Street, Glaciers, Buildings, Sea and Forest. Our goal here is to build a model that detects the class of the given image.
CNN model fitting is done to predict the class of image with accuracy of 71%.
Transfer learning using VGG-16 model based on Imagenet is applied here to get higher accuracy of 83%
To know more, click for the github link
Implementation of Generative Adversarial Network to generate images of flowers.
The model is trained on the tf_flowers datsaet available in tfds.
The model generates images of flowers of dimension 300*300*3
Search Problems, Markov Models, Neural Networks and SVM, Supervised & Unsupervised Learning implemented on domains across Signal Processing, Computer Vision, NLP & Financial Data.
Relational and Non-relational Databases, Hadoop HDFS, Apache Spark
Single and Multivariate data analysis, Parametric and Non-parametric model fitting and analysis.
Design of Embedded Systems based on Arduino controller boards and IoT devices based on Raspberry Pi processors.
The following section highlights the skill sets that I have acquired and the technologies that I have used over the years across various projects.
These skillsets pan across various domains including but not restricting to Data Science, Computer Science, Information Technology, Electronics, Telecommunication Networks
Text Generation, Neural Machine Translation, Time Series Analysis to Predict Stock Prices, AR, MA, ARIMA, RNN's (LSTM's and GRU's)
Various Supervised & Unsupervised Learning implemented on domains across Signal Processing, Computer Vision, NLP & Financial Data.
Search Problems, Markov Models, Neural Networks and SVM Designs.
Big Data Pipeline Analysis, Apache Spark, Hadoop HDFS, MySQL, Oracle SQL & MongoDB
T Tests, Chi Squared Tests, ANOVA, Multivariate Hypothesis Testing, MANOVA.
Univariate, Bivariate, Trivariate and Multivariate Data Analysis, Parametric and Non-parametric model fitting.
Time and Frequency Domain Analysis, Signal & Control System Design, Image and Video Processing & Speech Processing.
System Designs, Testing and Analysis based on Processors (Raspberry Pi) and Controllers (Arduino).
When I am not working, I am usually busy with reading novels and writing poems. I write poems in English, Hindi and Marathi.
I enjoy discussing new movies and listening to music. I also play the keyboard.
I am a Black Belt holder in Shotokan Karate (Certified by WFSKO), I like to spend my time playing Table tennis, Badminton and I love to watch Lawn Tennis Tournaments.