Automatic Grading Using LLMs

This repository contains the code and configurations for a project exploring the use of Large Language Models (LLMs) in automating grading in educational contexts. The project leverages distributed processing, retrieval-augmented generation (RAG), and scalability techniques to assess model accuracy and performance across a range of tasks.

Repository Structure

• LICENSE: License for the repository.

• README.md: Documentation and instructions for the repository.

• chapter_4/: Code for initial experiments with LangChain and Llama.cpp, including Docker configuration.

  • Dockerfile: Docker setup for deploying the Llama.cpp environment.
  • README.md: Detailed instructions for Chapter 4.
  • docker-compose.yaml: Docker Compose file for container management.
  • langchain_experiment.py: Experimentation script using LangChain.
  • run_server.sh: Script to run the Llama.cpp server.
  • utils.py: Utility functions for the experiments.

• chapter_6/: Evaluation techniques and tools used in assessing system performance.

  • Evaluation-Implementation.py: Implementation for evaluating the grading model.
  • Langsmith-Tracing.py: Tracing implementation using Langsmith.
  • Phoenix-Evaluation.py: Evaluation script for Phoenix RAG framework.
  • README.md: Documentation for Chapter 6.
  • Testset-Generation.py: Script for generating synthetic test data with Ragas.
  • Trulens-Evaluation.py: Evaluation script using TruLens.

• chapter_7/: Distributed processing and scalability implementation for handling high query volumes.

  • Master_node_Script.sh: Script to initialize distributed Ollama servers across classroom machines.
  • PerfCounterTimer.py: Timer utility to measure task execution performance.
  • README.md: Documentation for Chapter 7.
  • TaskScheduler.py: Task scheduler for distributing tasks using round-robin scheduling.
  • main.py: Main script for executing distributed query processing.
  • ollama_script.sh: Script for setting up Ollama servers on remote machines.

• logo/: Contains logos or images used in the project.

Project Overview

Objective

This project aims to explore the feasibility of LLMs in automated grading by setting up a scalable, efficient, and accurate grading system using distributed LLM instances across multiple machines.

Key Features

• Scalability: Distributed processing setup to handle high volumes of grading queries.
• Evaluation Techniques: Assessment of grading accuracy using tools like Phoenix, TruLens, and LangSmith.
• Synthetic Data Generation: Test dataset generation using Ragas TestsetGenerator for robust system evaluation.

Setup and Usage

Prerequisites

• Python 3.10 or higher.
• Docker and Docker Compose.
• SSH access for distributed processing across networked machines.

Installation

1. Clone this repository:

   git clone https://github.com/anand-kamble/automatic-grading-using-llm
   cd automatic-grading-using-llm