Generative AI is transforming various industries by enabling machines to create content like images, music, and text. In this blog post, we'll explore how beginners can easily start using generative AI tools without the need for complex setups or powerful hardware.
If you’re feeling stuck because you don’t have a GPU, fear not! There are several effective alternatives that can help you run your projects smoothly. In this blog post, we'll explore two excellent options.
There are specifically two types of Data Poison Attacks - Untargeted & Targeted. However, detecting untergetted attacks is fairly simple as the overall accuracy of the model decreases. But it becomes a problem when the attack is targeted. Until and unless, the query for that specific label/feature is not triggered, you will never understand that you are hacked! There are methods to identify Targeted Attacks but lets try to figure out if these attacks can be identified / corrected using embeddings’ representation, and thus utilising the Neural Collapse to detect poisoned labels/features.
Selected among top-performing candidates nationwide through competitive assessments in programming, logical reasoning, mathematics, and machine learning.
Gained hands-on exposure to Deep Neural Networks, Sequential Models, Unsupervised Learning, Causal Inference, and Reinforcement Learning.
University of Calgary | Calgary, Canada | May 2023 - Aug 2023
Developed a framework to estimate Return on Investment (ROI) of data analytics using NLP, active learning, and requirement dependency extraction techniques.
Designed and deployed a full-stack web application on AWS EC2 with automated CI/CD for scalable deployment.
Evaluated active vs passive learning strategies to improve predictive performance and model robustness in ROI estimation tasks.
Delivered business insights enabling better resource allocation and prioritization of data-driven initiatives under varying ROI scenarios.
Built a multi-tool LLM agent using MCP, integrating external medical APIs, a SQL-based patient database, and an Agentic RAG pipeline (FAISS + embeddings).
Deployed a Streamlit-based UI with tool tracing, enabling transparent LLM decision-making.
Implemented patient lookup, lab analysis, and risk scoring tools for clinical decision support workflows.