You are seeing it wrong. Please gaze in a right direction ๐
Hi Guys. I am a passionate engineer interested in Deep Learning, Computer Vision, and General AI. I love to develop deep learning based computer vision algorithms that can have a real imapct in terms of performance, generalizability, and outreach of its solution. Developing the algorithms for surviellance industry for more than three years have given me the โdeepโ understanding behind DNNs(Pun Intended !) and I will cherish and contine my chase for Applied AI in solving real world problems. I also like to write the technnical explainations of the Deep Learning Research Papers. Dont forget to visit on my Medium Page.
Apart from the academica, I like to play cricket ๐, football โฝ, and badmintion ๐ธ. I also like to read books related to sci-fi, thriller, cosmology, and astrophysics. Not to forget, I am a huge Real Madrid Fan. HALA MADRID !.
College/School | Degree | GPA/Percentage |
---|---|---|
Lassonde School of Engineering, York University | Masters in Computer Science | 3.8 (Ongoing) |
Ahmedabad University | BTech. Information and Communication Technology | 3.45 |
Swastik Sindoor | Higher Secondary Board | 92% |
Swastik Sindoor | Secondary Board | 85% |
Data Analytics and Visualization
Deep Learning Enginner at Eagle Eye Networks
Ablation Studies and Results can be obtained from my BTech Report: Link
Created a prototype for automating the traffic light timers by doing dynamic timer set-stop transitions at the crossroads for Ahmedabad. Density calculation was done through two different approaches viz Deep Learning: TFNet YOLO Detection and Computer Vision/ Image Processing: Foreground extraction.
Gender classification from Tweets and their profile description through Natural Language Processing for formatting the tweets and C 4.5 Decision for featurization and Shallow Neural Networks for classification of the gender from the formatted tweets. We reached 84% accuracy on the test set
We developed a thread management library to create, schedule, and kill threads(Operating System). All these operations were done on the kernel level with the use of Linux system calls. The library had similar functionalities as pThread in Linux.
Extraction of saliency maps from two different approaches i.e., Supervised and Semi-Supervised. The supervised approach follows discriminative features integration with superpixel image segmentation followed by finding saliency scores with Random Forest Regression. The semi-Supervised approach follows Autoencoder based approach with an attention layer to find the saliency maps from images.