• Corpus ID: 26606161

Evaluation of 3D-distance measurement accuracy of stereo-vision systems

@inproceedings{Sophian2017EvaluationO3,
  title={Evaluation of 3D-distance measurement accuracy of stereo-vision systems},
  author={Ali Sophian and Wahju Sediono and Muhammad Salahudin and Mohd Sataarie Mohd Shamsuli and Dayang Qurratu’aini Awang Za’aba},
  year={2017}
}

• A. Sophian, W. Sediono, +2 authors Dayang Qurratu’aini Awang Za’aba
• Published 1 August 2017
• Computer Science

Many applications would benefit from a cost effective 3D position or distance measurement systems. Stereo vision systems may offer this functionality with the extra benefits when the images are used for other purposes as well, such as object recognition. In this paper, an accuracy evaluation method of two stereo-vision systems, which use a coordinate measuring machine (CMM) and a reference block, has been presented, and the results have also been presented for systems using infra red cameras and webcams. Following a calibration process, the two systems were used in determining the dimensions of the reference block. The results show that the method could evaluate the two systems. While the evaluation results show that the webcams have a better accuracy and precision, the leap motion controller can be used when shorter measurement distance are required, thanks to their shorter lens distance and wide-angle lenses.