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About the Programme Academic Staff Program Qualifications Lessons Matrix of Course & Program Qualifications Turkish Qualifications Framework (TQF) TQF & Program Qualifications
  1. Vocational School of Information Technologies
  2. Department of Statistics
  3. Program in Big Data Analyst
  4. Course Structure Diagram with Credits
  5. Computer Vision
  6. Description
  • Description
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Last Updated: 23/06/2026

Code - Course Title Course Type Laboratory + Practice ECTS
BVA228 - Computer Vision IV. SEMESTER 2 +1 3.0
Language of Instruction Türkçe
Course Type Area Elective Courses
Course Instructor(s) ÖĞR. GÖR. AHMET MÜCAHİD ARVASİ
Mode of Delivery Face to face
Place of Delivery
Used Educational Platforms
Prerequisites There are no prerequisites or corequisites for this course.
Courses Recomended
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Aims of the Course

Weeks Learning Outcomes Topics Teaching Methods
Week - 1 Fundamentals of Computer Vision: Image Formation, Pixels, and Color Spaces (RGB, HSV, Grayscale)
Week - 2 Basic Filtering Operations: Image Smoothing, Noise Reduction, and Spatial Filters
Week - 3 Image Processing Techniques 1: Gradients and Edge Detection Algorithms (Sobel, Canny)
Week - 4 Image Processing Techniques 2: Morphological Operations (Erosion, Dilation) and Image Segmentation
Week - 5 Feature Extraction: SIFT, SURF, and Harris Corner Detection Techniques
Week - 6 Relationships Between Images: Feature Matching and Fundamentals of Object Recognition
Week - 7 Deep Learning in Computer Vision: Introduction to Convolutional Neural Networks (CNN) and Feature Learning
Week - 8 Midterm Exam
Week - 9 Modern CNN Architectural Designs (ResNet, VGG) and Transfer Learning in Image Classification
Week - 10 Object Detection: R-CNN Based Region Networks and YOLO Architectures
Week - 11 Real-Time Object Tracking and Optical Flow Algorithms
Week - 12 Biometric Analysis Applications: Face Recognition and Human Pose Estimation
Week - 13 Industrial Applications: Environmental Perception in Autonomous Systems and Video Analytics
Week - 14 Computing on Edge Devices for Vision, Model Optimization, and End-of-Term Project Presentations

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