by Helmut Zollner
Abstract:
In this report we present a new calibration technique for off-the-shelf CCD cameras and acquisition systems. The estimated camera model includes 6 extrinsic and up to 8 intrinsic model parameters including radial and tangential distortion. Also an inverse distortion function for correction of distortion effects can be estimated. Planar and non-planar objects can be used as previously measured calibration targets. The method is suitable for single image and multiple image input datasets. Tools for MathematicaTM, MATLABTMand KhorosTMwere developed and tested by the author at PRIP. In addition this report includes also a number of practical test results.
Reference:
A Calibration Technique for CCD Cameras using Pose Estimation (Helmut Zollner), Technical report, PRIP, TU Wien, 2003.
Bibtex Entry:
@TechReport{TR085,
author = "Helmut Zollner",
title = "A {C}alibration {T}echnique for {C}{C}{D} {C}ameras
using {P}ose {E}stimation",
institution = "PRIP, TU Wien",
number = "PRIP-TR-085",
year = "2003",
url = "https://www.prip.tuwien.ac.at/pripfiles/trs/tr85.pdf",
abstract = " In this report we present a new calibration
technique for off-the-shelf CCD cameras and
acquisition systems. The estimated camera model
includes 6 extrinsic and up to 8 intrinsic model
parameters including radial and tangential
distortion. Also an inverse distortion function for
correction of distortion effects can be
estimated. Planar and non-planar objects can be used
as previously measured calibration targets. The
method is suitable for single image and multiple
image input datasets. Tools for MathematicaTM,
MATLABTMand KhorosTMwere developed and tested by the
author at PRIP. In addition this report includes
also a number of practical test results.",
}