Extended Portfolio

Computational Photography

Computational photography projects focused on image transformation, blending, reconstruction, and visual experimentation.

Stereographic projection workflow with preprocessing and inverse warping to generate tiny planet imagery.
Time-sequenced capture varying controlled parameters to produce animated and blended photo artifacts.
Recreation of camera obscura fundamentals to project and capture scenes in physical space.
Gaussian/Laplacian pyramid blending for multi-frequency compositing and smoother transitions.
Panoramas
Feature detection and homography-based stitching experiments in OpenCV.
HDR
Radiance map implementation inspired by Debevec and Malik for high-dynamic-range imaging.
Content-aware image resizing through minimum-energy seam computation and removal.
Aerial imaging and post-processing studies focused on composition and motion.