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Starts 24 June 2025 14:52

Ends 24 June 2025

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Unraveling Insights About Properties and Places with Deep Learning Computer Vision

Explore how deep learning computer vision uncovers insights about beautiful places, property preferences, and societal well-being, with applications in real estate and environmental analysis.
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Overview

Explore how deep learning computer vision uncovers insights about beautiful places, property preferences, and societal well-being, with applications in real estate and environmental analysis.

Syllabus

  • Introduction to Deep Learning and Computer Vision
  • Overview of deep learning concepts
    Introduction to computer vision and its applications
  • Basics of Convolutional Neural Networks (CNNs)
  • CNN architecture and components
    Training CNNs for image recognition
  • Image Data Preprocessing
  • Techniques for image data enhancement
    Data augmentation strategies
  • Feature Extraction from Images
  • Understanding image features
    Tools and libraries for feature extraction
  • Deep Learning for Image Classification
  • Building models for classifying places and properties
    Evaluating model performance
  • Object Detection in Images
  • Introduction to object detection models
    Applications in real estate: Identifying properties and landmarks
  • Semantic Segmentation for Environmental Analysis
  • Techniques for image segmentation
    Application in analyzing geographical and environmental data
  • Analyzing Aesthetic and Social Attributes of Places
  • Using deep learning to assess beauty in images
    Understanding societal preferences through visual data
  • Real Estate Applications
  • Predicting property values using visual data
    Enhancing real estate listings with computer vision
  • Environmental and Societal Well-being Insights
  • Assessing environmental health using computer vision
    Linking visual data to societal well-being and urban planning
  • Ethical Considerations and Bias in Computer Vision
  • Addressing bias in training data
    Ethical implications of visual data analysis
  • Tools and Frameworks for Development
  • Overview of popular deep learning frameworks
    Practical lab sessions using tools like TensorFlow and PyTorch
  • Future Directions in Deep Learning and Computer Vision
  • Emerging trends and innovations
    The future impact of computer vision on properties and places
  • Project and Course Wrap-up
  • Capstone project: Analyze a real-world dataset
    Summary of key takeaways and further resources for exploration

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