🤖 Fuzzy-Logic

Two fuzzy-logic control systems written in FCL and executed using jFuzzyLogic.

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🧠 What Is Fuzzy Logic?

Fuzzy logic is a mathematical approach used to model human-like reasoning in situations where data is imprecise, vague, or continuous.
Instead of strict binary values like:

• distance = near or far
• speed = low or high

…fuzzy logic allows intermediate states, such as:

• a bit near
• somewhat fast

This makes it ideal for real-world systems like braking control, washing machines, air-conditioning, or autonomous vehicles.

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🔄 How a Fuzzy System Works

• Fuzzification – crisp inputs → fuzzy sets
• Inference – apply IF/THEN rules
• Defuzzification – fuzzy output → final numeric value
  Both simulations in this repo follow this exact method.

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🧩 Project Structure

/Fuzzy-Logic  
│  
├── Breaking-symulation/   
│   ├── breaking.fcl                    # Fuzzy braking model  
│   └── Breaking-symulation.pdf         # Documentation & charts  
│  
├── Washing-machine-symulation/  
│   ├── wm-symulation.fcl               # Washing machine fuzzy model  
│   └── wm-symulation.pdf               # Analysis & results  
│  
├── jFuzzyLogic.jar                      # Library for running FCL files  
├── LICENSE  
└── README.md  

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🚗 Vehicle Braking Simulation

A fuzzy controller determining braking intensity based on:

• distance to obstacle
• vehicle speed

Output: braking_force

📝 Project

📄 Detailed Report

Washing Machine Simulation

A fuzzy controller that selects wash time based on:

• dirtiness level
• dirt type

Output: wash_time

📝 Project

📄 Detailed Report

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📦 Technologies

FCL (Fuzzy Control Language)
Java 8+
jFuzzyLogic.jar (included)

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🚀 How to Run the FCL Files

1️⃣ Check Java installation
java -version

2️⃣ Run any FCL model using jFuzzyLogic
java -jar jFuzzyLogic.jar -e <file.fcl> <input1> <input2>

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▶️ Example: Vehicle Braking Simulation

java -jar jFuzzyLogic.jar -e Breaking-symulation/breaking.fcl 500 50

Inputs:
500 → distance 50 → speed

▶️ Example: Washing Machine Simulation

java -jar jFuzzyLogic.jar -e Washing-machine-symulation/wm-symulation.fcl 70 20

Inputs: 70 → dirtiness
20 → dirt type

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🧑‍💻 Author

Created for educational purposes by Avui.