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1
Intro
2
Classification - computer vision
3
Object Recognition
4
Image classification - ImageNet
5
Dataset split
6
Features
7
The machine learning framework
8
Classifiers: Nearest neighbor
9
Decision boundary for NN Classifier
10
K-nearest neighbor
11
Algorithm
12
Classifiers: Linear
13
Motivation
14
Classifier Design
15
Maximum Margin
16
SVM - background
17
Maximal-Margin Classifier
Description:
Explore the fundamentals of image classification in computer vision through this comprehensive 47-minute lecture from the University of Central Florida's CAP5415 course. Delve into object recognition techniques and the ImageNet dataset, understanding the importance of dataset splitting and feature extraction. Learn about the machine learning framework for classification tasks, focusing on nearest neighbor and linear classifiers. Examine decision boundaries, K-nearest neighbor algorithms, and the motivation behind linear classifiers. Gain insights into classifier design principles, including maximum margin concepts and Support Vector Machines (SVM). This lecture provides a solid foundation for understanding classification techniques in computer vision applications.

Computer Vision: Classification and Object Recognition - Lecture 11

University of Central Florida
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