AI Flower Classification System
Project Proposal Presentation
Introduction
• Flowers exist in many shapes, sizes, and
colors.
• Manual identification is difficult.
• AI can classify flowers using images.
Flower Image Placeholder
Problem Statement
• Identifying flowers manually requires
expertise.
• Need for quick, automated classification.
Objectives
• Build a machine learning model to classify
flowers.
• Collect and preprocess flower image dataset.
• Train and evaluate the AI model.
• Develop a user-friendly interface.
Flower Image Placeholder
Methodology
• Dataset collection from open sources.
• Image preprocessing and augmentation.
• Model training using CNN or transfer learning.
• Testing and evaluation.
• Deployment via web or GUI.
Expected Outcomes
• Accurate AI-based flower classifier.
• Simple interface for predictions.
• Hands-on experience in ML and CV.
Flower Image Placeholder
Tools & Technologies
• Python, TensorFlow/Keras
• OpenCV, NumPy, Pandas
• Flask/Streamlit for deployment
Conclusion
• AI can make flower identification fast and
accurate.
• This project is a practical use of ML & CV.
Flower Image Placeholder

AI_Flower_Classification_Presentation.pptx

  • 1.
    AI Flower ClassificationSystem Project Proposal Presentation
  • 2.
    Introduction • Flowers existin many shapes, sizes, and colors. • Manual identification is difficult. • AI can classify flowers using images. Flower Image Placeholder
  • 3.
    Problem Statement • Identifyingflowers manually requires expertise. • Need for quick, automated classification.
  • 4.
    Objectives • Build amachine learning model to classify flowers. • Collect and preprocess flower image dataset. • Train and evaluate the AI model. • Develop a user-friendly interface. Flower Image Placeholder
  • 5.
    Methodology • Dataset collectionfrom open sources. • Image preprocessing and augmentation. • Model training using CNN or transfer learning. • Testing and evaluation. • Deployment via web or GUI.
  • 6.
    Expected Outcomes • AccurateAI-based flower classifier. • Simple interface for predictions. • Hands-on experience in ML and CV. Flower Image Placeholder
  • 7.
    Tools & Technologies •Python, TensorFlow/Keras • OpenCV, NumPy, Pandas • Flask/Streamlit for deployment
  • 8.
    Conclusion • AI canmake flower identification fast and accurate. • This project is a practical use of ML & CV. Flower Image Placeholder