CVonline: Sensors and their Properties


  1. General
  2. Analog Signal Shaping and Quantization
  3. Analog / Mixed Analog-Digital Image Processing
  4. Hologram, Digital Hologram
  5. Image Storage Devices
  6. Intensity Sensors and their Properties
    1. Atomic Force Microscopy
    2. Compressive Sensing
    3. High Dynamic Range Sensors
    4. Intelligent Image Capture
    5. Linear/Linescan Sensors
    6. Monochrome and Color Tube Sensors
    7. Monochrome and Color Chip Sensors
    8. Non-standard intensity sensors
      1. Hyperspectral Sensors
      2. Infrared Sensors
      3. Millimeter Imaging
      4. Multispectral Satellite Sensors
      5. Nanoscale Imaging
      6. Ultraviolet Sensors
      7. X-Ray
        1. Digital Radiography
        2. Digital Panoramic Radiography
  7. NMR/MRI Magnetic Resonance Imaging
    1. Diffusion Tensor Imaging
    2. fMRI
  8. PET - Positron Emission Tomography
  9. Radar
    1. Forward Looking
    2. Ground Penetrating
    3. Side Looking
    4. Synthetic Aperture
  10. Range Sensors
    1. Moire Fringe
      1. Color
      2. Intensity
      3. Phase Unwrapping Techniques
    2. Occluding Contour Analysis
    3. Phase Shift Range Sensors
    4. Time-of-Flight Range Sensors
    5. Triangulation
    6. Video Rate Range
      1. Dense Stereo-based
      2. Structured Light Based
  11. Sensor Geometries
    1. Regular
      1. Cartesian Grid
      2. Hexagonal
      3. Linear
    2. Space Varying
      1. Irregular
      2. Log-Polar/Foveal
    3. Viewfield
      1. Omnidirectional
        1. Catadioptric
        2. Concave Mirror
        3. Spherical Mirror
      2. Panoramic
      3. Small Field
      4. Wide Angle, Fisheye
  12. SPECT - Single Photon Emission Computed Tomography
  13. Transcranial Magnetic Stimulation (TMS)
  14. Ultrasound/Acoustic Sonar
    1. Medical
    2. Robotic
    3. Undersea
  15. Video/Television Transmission Formats
    1. RS-170/NTSC (US)
    2. CCIR/PAL (W. Europe)
    3. SECAM (E. Europe)
  16. X-Ray CAT/CT

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