Project Specification Document — 28.11.2025
The project specifications report provides a brief description, high-level architecture, and requirements of the proposed project.
This project aims to develop a logistics monitoring and optimization platform that integrates computer vision and vehicle routing optimization to enhance efficiency in loading docks and distribution centers. The system processes live video streams from cameras to automatically detect anomalies and damages during cargo loading, estimate truck and warehouse occupancy, and perform real-time route optimization based on dynamic conditions.
1- Anomaly & Damage Detection: Detect crushed boxes, torn
packaging, misplacement, and unsafe stacking through live video
using deep learning models.
2- Occupancy Estimation: Estimate truck and warehouse fullness by
combining object detection.
3- Dynamic Route Optimization: Optimize delivery plans using
multi-depot vehicle routing with capacity and time constraints,
re-planning based on real-time CV events.
Download the project's deliverables from this section.
The project specifications report provides a brief description, high-level architecture, and requirements of the proposed project.
The analysis and requirement report contains a detailed analysis of the problem. It addresses all relevant issues.
Download the project's other documents from this section.
Project description, key objectives, value and impact, and basic diagram.
First Meeting Minutes Report including agenda items and participation information.
Meeting notes from the discussion with Onur Bıçakçı on 13.11.2025.