Shekhar Singh@2k24csaiml1c241431932556

Engineered for ISRO BAH, this pipeline extracts road networks from satellite imagery using U-Net, computationally heals occluded gaps via MST algorithms, and performs NetworkX stress-testing to calculate urban infrastructure resilience.

Edge-Pali is a revolutionary dynamic VRAM optimizer designed to bridge the gap between heavy generative AI models and edge device constraints. Standard vision-transformer models process images using a fixed 1024 patches, consuming significant memory with 512.0 KB per inference at 100% baseline accuracy. Edge-Pali introduces a learned-pruning architecture that dynamically reduces this to 213–239 patches based on scene complexity, achieving an impressive ~79% VRAM reduction while maintaining 97.15% accuracy. Unlike basic similarity heuristics that struggle to exceed 50% compression, our approach ensures production-viable efficiency for real-time applications. By implementing this within a containerized environment, Edge-Pali provides a seamless, scalable solution for edge deployment, proving that high-fidelity AI performance is achievable even on resource-limited hardware

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