Computer Vision Lab

Brief description

The Computer Vision Lab offers students a hands-on environment for developing and testing modern image processing and automation solutions. The focus is on optimal image capture, various lighting scenarios, and the selection and configuration of industrial cameras and lenses. In this way, students learn how image quality and the resulting measurement accuracy are directly influenced by technical constraints.

In addition, feature extraction and object recognition methods are investigated and applied. By integrating robots, the results of image analysis can be used directly for gripping, sorting, and inspection tasks. Supplementary topics in general signal processing, such as signal convolution and correlation, round out the curriculum.

The lab places a strong emphasis on practical application in its training program: Students combine theoretical knowledge with real-world industrial applications.

Location: The Computer Vision Lab is located in Room 2-128 on the Friedrich Streib Campus.

Laboratory equipment

  • Image Capture Kit 1: R2N CP (RS 2CP tripod, RB 218N HF lighting (fluorescent tubes))
  • Image Capture Kit 2: RS 2 XA tripod, RB 5020 DS2 lighting (LED matrix + diffuser)

Cameras + Lenses

  • Dalsa Genie-C1400-1_2_TeleDyne
  • Basler GenE Camera (2 units)
  • Logitech USB camera with autofocus
  • H2Z0414C-MP Lens, Variable Focus
  • PENTAX TV Lens B2514D(KP) C22545KP, 25 mm f/1.4, 1 MI C (2 pieces)
  • Lens Extension_EX-C6_C90100
  • Infrared filter for lens
  • Luxonis Oak-D-Pro Depth Camera

Lighting

  • Lightpad A930, large area light
  • Red Lightpads (2x)
  • LED Matrix
  • UV flashlight

Robots

  • Robot (Rotrics Desktop Robot Arm)
  • Conveyor Belt (Rotrics Conveyor Belt Kit)
  • Track (Rotrics Slide Rail Kit)
  • Camera (Rotrics Computer Vision Kit)

Research and topics for cooperation

  • Data Compression
  • Machine Learning

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