Computer Science - Virtual Reality (English)

   Thursday, May 15, 2025   

Starting a new Lecture Notes Series on Computer Science - Virtual Reality

Youtube Lecture Playlist Credits 

Channel Name: nptelhrd

So Let Us Start to This Journey of Learning 

Computer Science - Virtual Reality By Lecture Notes together!

Lecture 1: Course mechanics

Lecture 2: Goals and VR definitions

Lecture 3: Historical perspective

Lecture 4: Birds-eye view (general)

Lecture 5: Birds-eye view (general), contd

Lecture 6: Birds-eye view (hardware)

Lecture 7: Birds-eye view (software)

Lecture 8: Birds-eye view (sensation and perception)

Lecture 9: Geometric modeling

Lecture 10: Transforming models

Lecture 11: Matrix algebra and 2D rotations

Lecture 12: 3D rotations and yaw, pitch, and roll

Lecture 13: 3D rotations and yaw, pitch, and roll, contd

Lecture 14: Axis-angle representations

Lecture 15: Quaternions

Lecture 16: Converting and multiplying rotations

Lecture 17: Converting and multiplying rotations, contd

Lecture 18: Homogeneous transforms

Lecture 19: The chain of viewing transforms

Lecture 20: Eye transforms

Lecture 21: Eye transforms, contd

Lecture 22: Canonical view transform

Lecture 23: Viewport transform

Lecture 24: Viewport transform, contd

Lecture 25: Three interpretations of light

Lecture 26: Refraction

Lecture 27: Simple lenses

Lecture 28: Diopters

Lecture 29: Imaging properties of lenses

Lecture 30: Lens aberrations

Lecture 31: Optical system of eyes

Lecture 32: Photoreceptors

Lecture 33: Sufficient resolution for VR

Lecture 34: Light intensity

Lecture 35: Eye movements

Lecture 36: Eye movements, contd

Lecture 37: Eye movement issues for VR

Lecture 38: Neuroscience of vision

Lecture 39: Depth perception

Lecture 40: Depth perception, contd

Lecture 41: Motion perception

Lecture 42: Frame rates and displays

Lecture 43: Frame rates and displays contd

Lecture 44: Overview

Lecture 45: Orientation tracking

Lecture 46: Tilt drift correction

Lecture 47: Yaw drift correction

Lecture 48: Tracking with a camera

Lecture 49: Perspective n-point problem

Lecture 50: Filtering

Lecture 51: Lighthouse approach

Lecture 52: Visual Rendering-Overview

Lecture 53: Visual Rendering-overview, contd

Lecture 54: Shading models

Lecture 55: Rasterization

Lecture 56: Pixel shading

Lecture 57: VR-specific problems

Lecture 58: Distortion shading

Lecture 59: Post-rendering image warp

Lecture 60: Physics and physiology

Lecture 61: Auditory perception

Lecture 62: Auditory localization

Lecture 63: Rendering

Lecture 64: Spatialization and display

Lecture 65: Combining other senses

Lecture 66: Interfaces -overview

Lecture 67: Locomotion

Lecture 68: Manipulation

Lecture 69: System control

Lecture 70: Social interaction

Lecture 71: Evaluation of VR Systems