Year 2018

• The analysis of the accuracy of spatial models using photogrammetric software: Agisoft Photoscan and Pix4D

  Publication

  • T. Widerski
  • K. Daliga
  • A. Barbasiewicz

  - Year 2018

  This article was created as a result of research conducted within the master thesis. The purpose of the measurements was to analyze the accuracy of the positioning of points by computer programs. Selected software was a specialized computer software dedicated to photogrammetric work. For comparative purposes it was decided to use tools with similar functionality. As the basic parameters that affect the results selected the resolution...

• The analysis of the determination of points positions using photogrammetric methods

  Publication

  • T. Widerski
  • K. Daliga
  • A. Barbasiewicz

  - Year 2018

  This article was created as a result of research conducted within the master thesis. The purpose of the research was to analyze the accuracy of determining the actual position of the photographed points according to the calculated parameters. The accuracy of photos alignment was determined as parameters, which determine their external and internal orientation. In order to determine the location of the determined points, it was...

Year 2016

• A PROPOSAL FOR ONE-IMAGE PHOTOGRAMMETRY SYSTEM FOR MEASURING THE CLEARANCE DISTANCE. CASE STUDY

  Publication

  • A. Barbasiewicz
  • K. Bobkowska
  • P. Bujała
  • A. Janowski
  • M. Przyborski

  - Year 2016

  Measurement of the clearance distance (both in the context of the rail and road) is one of the current and increasingly discussed topics in the context of photogrammetric and image processing (computer vision) methods. The article presents a description of a simple and rapid method of measure the clearance distance between the obstacles by using one-image photogrammetry. The proposed method was tested for the railway, tram and...

  Full text to download in external service