Course No：11120960
Title：Information perception of human vision and its applications
Class Hours/Week: 1.5 - 1 Credit：2.0
Category： Elective
Prerequisites：Physics
Audience：Undergraduates
Teaching manner：Multimedia classroom
Objective and Description：
This course is designed for undergraduate students interested in human vision. Students will be able to learn and understand the essential facts, concepts, principles of information perception of human vision and its applications. The course will focus on four main topics: Basic structures and functions of human visual system including visual optical system and neurophysiological system; visual perception and information processing including image recognition, stereo vision, color vision, visual motion perception, etc; visual examining and measuring technology/instruments; applications of visual perception and information processing, e.g., stereoscope, stereograms, stereo photos, stereo movies, color mixing and matching, flash cartoon, artificial vision, computer vision, robotics vision and visual bionics.
Syllabus and lecture schedule:
5 periods per week, totally 40 periods (8 weeks)
• Introduction 3 class hours
• Optometry of visual optical system 3 class hours
• Visual neurophysiological system 1.5 class hours
• Essential function of human vision 1.5 class hours
• Visual recognition of form, figure and image 1 class hour
• Stereo vision 2 class hours
• Color vision 3 class hours
• Visual motion perception 3 class hours
• Visual examining and measuring technology/instruments 3 class hours
• 3-D and stereo imaging technology visual bionics 2 class hours
• Visual bionics 1 class hour
• Visual experiments Part I 3 class hours
• Visual experiments Part II 10 class hours
• Oral presentation of students 3 class hours
Test and Grading Criteria：
Quiz
Suggested textbooks or references:
1. Zhang Haijun. Human Vision and its Applications, Hangzhou: Zhejiang University Publishing House, 200
Title：Information perception of human vision and its applications
Class Hours/Week: 1.5 - 1 Credit：2.0
Category： Elective
Prerequisites：Physics
Audience：Undergraduates
Teaching manner：Multimedia classroom
Objective and Description：
This course is designed for undergraduate students interested in human vision. Students will be able to learn and understand the essential facts, concepts, principles of information perception of human vision and its applications. The course will focus on four main topics: Basic structures and functions of human visual system including visual optical system and neurophysiological system; visual perception and information processing including image recognition, stereo vision, color vision, visual motion perception, etc; visual examining and measuring technology/instruments; applications of visual perception and information processing, e.g., stereoscope, stereograms, stereo photos, stereo movies, color mixing and matching, flash cartoon, artificial vision, computer vision, robotics vision and visual bionics.
Syllabus and lecture schedule:
5 periods per week, totally 40 periods (8 weeks)
• Introduction 3 class hours
• Optometry of visual optical system 3 class hours
• Visual neurophysiological system 1.5 class hours
• Essential function of human vision 1.5 class hours
• Visual recognition of form, figure and image 1 class hour
• Stereo vision 2 class hours
• Color vision 3 class hours
• Visual motion perception 3 class hours
• Visual examining and measuring technology/instruments 3 class hours
• 3-D and stereo imaging technology visual bionics 2 class hours
• Visual bionics 1 class hour
• Visual experiments Part I 3 class hours
• Visual experiments Part II 10 class hours
• Oral presentation of students 3 class hours
Test and Grading Criteria：
Quiz
Suggested textbooks or references:
1. Zhang Haijun. Human Vision and its Applications, Hangzhou: Zhejiang University Publishing House, 200