Lighting

Lighting

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Intro Optics
Optics basics
Lens approximations and equations Camera mounts Back focal length adjustment Focal length Magnification and field of view F/# and depth of field
Image quality
Aberrations Contrast Lens resolving power: transfer function Optics and sensor resolution Reflection, transmission and coatings Vignetting
Telecentric lenses
Benefits of bi-telecentric lenses How to choose the right telecentric lens UV telecentric optics About the iris About the focusing mechanism
360° optics Macro lenses Fixed focal length lenses
Extension tubes Varifocal lenses Zoom lenses
Scheimpflug optics IR Optics
Lighting
Light basics Light in machine vision LED illumination LED white light LED power supply and output LED pulsing and strobing LED lifetime Line speed, strobing and exposure time Illumination geometries and techniques
Bright field, front light illumination Dark field, front light illumination Bright field, backlight illumination Dark field, backlight illumination Coaxial illumination Dome lights and tunnel lights Combined and advanced illumination solutions Telecentric illumination
Wavelength and optical performance Optical filters Structured illumination Illumination and LED safety Edge diffraction
Cameras
Camera basics Camera types
Matrix and Line scan cameras Sensor sizes and resolution
Sensor types : CCD and CMOS Monochrome VS color sensors Sensor characteristics EMVA Standard 1288 Camera parameters Digital camera interfaces
IEEE 1394 Camera link CoaXPress GIG-E USB 3.0 GenIcam Standard
Machine Vision Algorithms
Template matching Contour analysis Kernel Edge detection Segmentation and Thresholding Blob analysis Shape fitting Autofocus Camera calibration Neural network Machine learning
Vision systems
Vision systems basics Applications Types of vision systems
Smart camera
How a vision system works
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