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                              Stereoscopic Displays and Applications conference


Stereoscopic Imaging Fundamentals - Educational Short Course

An educational short course is available as either a half-day or full-day short course conducted annually as part of the Stereoscopic Displays and Applications Conference.

The next course will be held as part of the 2022 Electronic Imaging Symposium (16-20 January 2022) in conjunction with the Stereoscopic Displays and Applications conference.

In 2022, the course will be offered as a half-day event during the SD&A conference / EI Symposium.

Stereoscopic Imaging Fundamentals (half-day course)

COURSE DESCRIPTION

When correctly implemented, stereoscopic 3D imaging systems can provide significant benefits in many application areas, including medical imaging, teleoperation, molecular modeling, and 3D visualization. This course provides an understanding of the fundamentals of correctly implementing, using, and optimizing stereoscopic 3D displays. Topics covered include: stereoscopic image capture and stereoscopic content generation; stereoscopic image and video transmission, compression, processing, and storage; stereoscopic display system technologies; and human factors.

BENEFITS

This course will enable you to:

  • Understand how the human visual system interprets depth.
  • Understand how camera focal length, lens and eye separation, display size, and viewing distance affect stereoscopic image geometry.
  • Understand the human factors of using stereoscopic displays.
  • Understand concepts of orthostereoscopy, focus/fixation mismatch, comfort limits for on-screen parallax values.
  • Evaluate the operating principles of currently available stereoscopic display technologies and consider suitability for your proposed applications.
  • List the often-overlooked side-benefits of stereoscopic displays that should be included in a cost/benefit analysis for proposed 3D applications.

INTENDED AUDIENCE

Engineers, scientists, and project managers involved with imaging and video display systems for applications such as: medical imaging and endoscopic surgery, simulation & training systems, teleoperation systems, animation and computer graphics, data visualization, and virtual & augmented reality.

INSTRUCTOR

Associate Professor Andrew J. Woods is a research engineer at Curtin University, where he manages the university's HIVE Visualisation facility and is a research engineer with the university's Centre for Marine Science and Technology in Perth, Western Australia. He has over 30 years of experience working on the design, qualification, application, and evaluation of stereoscopic video equipment in teleoperation, marine, archaeology and entertainment applications.


Fee:   Check www.electronicimaging.org
Time: TBA
Date: TBA (1 day during Electronic Imaging Symposium)
Location: TBA

Visit the Electronic Imaging Symposium website for registration information.


Information for Short Course Attendees:

The following zip file contains resources used during the short course and is made available to Short Course attendees only (Contact Andrew Woods if you don't have the password).   3dgeomet.zip (60k)
Extract using the PC Windows program "WinZip" (www.winzip.com) or equivalent on the Mac.
Contents: 3dgeomet.xls (Excel ver5 - Stereoscopic Display and Camera Geometry calculation spreadsheet),
      3dmapsh.exe (Interactive display of 3D camera and display geometry).



Stereoscopic Displays and Applications conference


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Maintained by: Andrew Woods
Revised: 29 August, 2021.