This repository contains a project aimed at developing algorithms that allow autonomous vehicles to detect pedestrians in various real-world scenarios. This project was conducted as a course assignment for 20242R0136COSE41600 SELF-DRIVING CARS at Korea University. The dataset includes pedestrians walking, crawling, moving in zigzag patterns, and more—designed to reflect diverse, unpredictable behaviors.
- Goal: Develop a robust pedestrian detection algorithm that performs well across diverse movement scenarios.
- Dataset: Contains simulated or real-world footage featuring pedestrians exhibiting different types of movement.
- Applications: Autonomous driving safety systems, intelligent transportation systems, and urban mobility solutions.
- Design and training of pedestrian detection machine learning models
- Performance evaluation under multiple movement scenarios
- Visualization for detection results
📁 pedestrian-detection/
├── data/ # Pedestrian data under various scenarios
├── models/ # Detection algorithms
├── utils/ # Preprocessing scripts
└── README.md # Project documentation