Hi! I am an enthusiastic, self-motivated and a results-oriented Data/ML engineer with 2+ years of experience in machine learning, image processing, NLP, data mining and model deployment.
Research projects in the fields of image processing and natural language understanding are something that is always exciting to me. I am also equally interested to explore and learn more about the healthcare and bioinformatics domain. I have experience working in quite a few NLP, NLU, Image Processing, and Computer Vision projects. In the field of machine learning, I have mostly worked on deep learning algorithms such as DBN, CNN, RNN, Mask RCNN, LSTM, and Soft Computing principles of Probabilistic Models and Fuzzy Logics.
I believe in the ikigai philosophy and am always eager to solve a challenging problem or analyze anomalous data behavior.
I am still in the process of building/updating my site. Why don’t you visit me again after a few days and I hope to have completed it by then. Thanks for visiting!
You can have a look at my CV and technical skills
ME in Computer Science & Engineering, 2019
Jadavpur University
BE in Computer Science & Engineering, 2016
Visvesvaraya Technological University
Projects:
Projects:
Projects:
Awards:
Projects:
Awards:
Projects:
Awards:
Projects:
Utilized Gaussian distribution to modify energy-based functions in images for motion detection of objects to identify accidents in a real-time video
Used Shannon entropy to modify the Fuzzy C-Means algorithm for segmenting volumetric brain MR images, model was evaluated on the Brainweb dataset and IBSR dataset before utilizing for the real-patient image volumes
Used Shannon entropy to modify the Fuzzy C-Means algorithm for segmenting volumetric brain MR images, model was evaluated on the Brainweb dataset and IBSR dataset before utilizing for the real-patient image volumes
Classified entities from real-time videos and presented a comparative study on various models. Image classification was compared on deep belief networks, deep feedforward neural networks, and convolutional neural networks