Optoelectronics Comprehensive Design - Group 2 Implementation

This repository contains the complete software solution developed by Group 2 for the Optoelectronics Comprehensive Design course at Nanjing University of Posts and Telecommunications. The project implements a structured framework for photoelectric system integration, featuring: - Real-time data acquisition modules using photoelectric sensors with ADC interfaces - Signal processing algorithms including noise filtering and feature extraction - Hardware control libraries for optical components and electronic circuits - GUI implementation for system monitoring and parameter configuration The codebase employs object-oriented design patterns with separate classes for sensor management, data processing, and visualization components. Key techniques include: - Multithreaded architecture for concurrent data acquisition and processing - Custom filtering algorithms for optical signal optimization - Calibration routines for photoelectric device synchronization - Error handling mechanisms for robust system operation This implementation serves as a reference design for photoelectric system integration, demonstrating practical applications of optoelectronic principles in embedded systems. The modular structure allows for easy adaptation to various photoelectric measurement scenarios while maintaining code readability and maintainability standards suitable for academic and industrial applications.