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In this repository, I investigate the role of Residual Connections in Transformers, with a primary focus on analyzing gradient flow behavior in deep architectures.

Title: Residual Connections and Gradient Flow Stability in Deep Transformers


Sections

  1. Hypothesis
  2. Experimental Setup
  3. Metrics Measured
  4. Results (Plots)
  5. Interpretation
  6. Future Work

This work will include detailed mathematical analysis, accompanied by clear visualizations of gradient flow and comparative studies.

Planned Additions

  • Layer-wise gradient norm plots
  • Comparative analysis (with vs. without residual connections)
  • Learning rate stability analysis
  • Dedicated mathematical explanation section
  • A research paper intended for submission to arXiv

Core Problem Statement I'm Working On:

How do residual connections influence the stability of optimization in deep Transformers, and what measurable impact do they have on gradient propagation across increasing network depth?

About

This repository studies how residual connections affect optimization stability in deep Transformers. Through controlled experiments and mathematical analysis, it examines gradient propagation, layer-wise behavior, and learning rate sensitivity to quantify how residual pathways influence training dynamics and depth scalability.

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