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multimodal
Timeline: 2023

MathScriber

Handwritten math diagram and formula OCR-to-LaTeX converter.

Architectural Role: Sole Developer
MathScriber Architecture Diagram
Verifiable Metrics & Performance Receipts
Vision Model:pix2tex Transformer
Rendering:MathJax Real-Time
Technology Stack & Libraries
Djangopix2tex ViTMathJaxPython

1. Problem Context & Objectives

Students and researchers handwrite equations constantly, then retype them into LaTeX — slow, error-prone, and a real bottleneck for anyone preparing papers or problem sets.

2. Technical Architecture & Implementation

Integrated a pix2tex vision transformer with a Django web frontend and real-time MathJax preview, so a photo or sketch converts into clean LaTeX instantly.

3. Outcomes, Benchmarks & Empirical Validation

Turns handwritten math into copyable LaTeX in one step, with live rendering — a practical multimodal tool that later informed the cross-modal reasoning questions in the ChitraMiti benchmark.

Associated Research Papers & Benchmarks

Source Code Inspection & Local Replication

This system is maintained in an open-source repository with full git commit history, environment configuration templates (.env.example), and dependency manifests.