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Second Semester Project

Lettuce Crop Control System

👥 Team Members

  • José Manuel Cortés Cerón
  • Carmen Anahí Cornejo López
  • Gustavo Barrera Martínez

🏫 Institution

Instituto Tecnológico Superior del Occidente del Estado de Hidalgo (ITSOEH)
Degree: Information and Communication Technologies Engineering (TICs)
Semester: 2nd
Date: March 2024

📘 Project Description

This project consists of the design, implementation, and experimentation of a smart crop management system focused on romaine lettuce. It combines scientific research with embedded systems, desktop application development in Java, and mathematical modeling using solids of revolution.

The system is capable of:

  • Monitoring temperature and humidity using Arduino Uno + DHT22 sensor
  • Registering crop data such as date, humidity, temperature, and growth length
  • Encrypting data using AES (Advanced Encryption Standard)
  • Modeling lettuce volume using a mathematical generator function

The development followed the 6D methodology:

  1. Problem Description
  2. Problem Definition
  3. Solution Design
  4. Solution Development
  5. Debugging and Testing
  6. Documentation

🧠 Topics Covered

  • Optimal conditions for romaine lettuce cultivation
  • Real-time environmental monitoring with Arduino
  • Desktop GUI design with Java Swing
  • File-based data storage with encryption
  • Agricultural experimentation with copper antennas
  • Volume modeling using solid of revolution formulas

💻 Technologies Used

  • Language: Java
  • GUI Library: Swing
  • Embedded System: Arduino Uno R3 + DHT22 Sensor
  • Encryption: AES (128/192/256 bits)
  • Tools: NetBeans, Arduino IDE
  • Data Output: Serial Monitor, Console, GUI