About Me
I'm a Master's student at the Indian Institute of Science, passionate about Computer Vision, Computer Graphics, and Deep Learning.
This site is where I share my thoughts, research, and projects.
Projects
A small selection of projects spanning rendering, computer graphics, and machine learning.
Futaba Renderer (WIP)
A high-performance physically based renderer written in C++ and CUDA. The project focuses on clean architecture, GPU acceleration, and advanced rendering techniques.
Nabla Renderer (PyTorch)
A custom differentiable renderer built in PyTorch. Implements automatic differentiation and physics-based rendering formulations (like Path Replay Backpropagation) for inverse rendering tasks.
Neural Path Guiding (Python)
Flexible research framework for experimenting with neural path guiding in Mitsuba 3 using Python. Includes PDF visualization, prototype integrators, and spherical sensor tools.
Scalar Field Reconstructor
A Python application for loading, visualizing, and resampling scalar field point cloud data. Supports interpolation, octree-based reconstruction, and neural methods.
Vision Transformer Experiments
Implementation and experiments with Vision Transformers for scene understanding.
Neural Denoiser (Coming Soon)
Developing deep learning-based denoising methods for photorealistic path tracing.
(Private now, going public soon)