Jignasu Pathak

Selected Work

Projects

A curated index of systems, experiments, and technical builds.

1 projects 1 featured

The strongest signals first, for readers who want the quickest sense of scope and technical taste.

Project Computational Microscopy

Building the first comparison-ready baseline Image-to-image dense prediction

BSCCM microscopy image-to-image pipeline

A reproducible image-to-image benchmark pipeline built on the BSCCM dataset. The project uses 23 label-free microscopy views to predict 6 fluorescence channels, with an emphasis on controlled data handling, explicit run configuration, and stable evaluation before broader model comparisons.

Why it matters Microscopy model comparisons are easy to distort when data handling, preprocessing, and evaluation are inconsistent. This project focuses on building a baseline that is stable enough to trust before adding more model complexity.

Current checkpoint Locking down a baseline that is actually trustworthy to compare: fixed data handling, explicit run configuration, stable metrics, and saved artifacts that make errors easier to inspect.

Microscopy Reproducibility Evaluation

Project Library

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Project Computational Microscopy

Building the first comparison-ready baseline

BSCCM microscopy image-to-image pipeline

A reproducible image-to-image benchmark pipeline built on the BSCCM dataset. The project uses 23 label-free microscopy views to predict 6 fluorescence channels, with an emphasis on controlled data handling, explicit run configuration, and stable evaluation before broader model comparisons.

Why it matters Microscopy model comparisons are easy to distort when data handling, preprocessing, and evaluation are inconsistent. This project focuses on building a baseline that is stable enough to trust before adding more model complexity.

Current checkpoint Locking down a baseline that is actually trustworthy to compare: fixed data handling, explicit run configuration, stable metrics, and saved artifacts that make errors easier to inspect.

Microscopy Reproducibility Evaluation