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       <dc:date>2026-07-30T10:46:01+00:00</dc:date>
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        <dc:date>2019-03-25T11:36:24+00:00</dc:date>
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        <title>Advises on using an RPAS</title>
        <link>https://kb.orbitgt.com/111/uas_mapping/introduction/advises?rev=1553513784</link>
        <description>Advises on using an RPAS

Be aware that you take into account some neccessary flight conditions before take off. A successful result can only be guaranteed when:

	*  fly with batteries in optimal condition.
	*  wind- and gustspeed is not too high.
	*</description>
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        <title>Calibration of camera</title>
        <link>https://kb.orbitgt.com/111/uas_mapping/introduction/camera_calibration?rev=1553513784</link>
        <description>Calibration of camera

Camera calibration is the process of estimating the internal parameters of the camera that deal with the camera&#039;s internal characteristics, such as, its focal length, sensor size, pixel resolution, and image center. Knowing intrinsic parameters is an essential first step for postprocessing your aerial data to high-accurate 3D maps. It removes lens distortion, which degraces accuracy.</description>
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        <dc:date>2019-03-25T11:36:24+00:00</dc:date>
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        <title>Position and external orientations</title>
        <link>https://kb.orbitgt.com/111/uas_mapping/introduction/eo?rev=1553513784</link>
        <description>Position and external orientations

Positions and external orientations at time of recording.

All imagery needs to be properly documented in a photolist as described below. 

Please check if the number of images in the image-folder equals the number of lines in this file.</description>
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        <title>Start Orbit UAS Mapping Software</title>
        <link>https://kb.orbitgt.com/111/uas_mapping/introduction/get_started?rev=1553513784</link>
        <description>Start Orbit UAS Mapping Software

Orbit UAS mapping software is an extension to Orbit GIS. In other words, all functionalities (such as editing, georeferencing, query builders, etc) of Orbit GIS can be used in the Orbit UAS Mapping Software. For more information on Orbit GIS functions, see</description>
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        <title>How to start a UAS Mapping Project</title>
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        <description>How to start a UAS Mapping Project

lh</description>
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        <title>Introduction to Orbit UAS Mapping</title>
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        <description>Introduction to Orbit UAS Mapping

	*  Advises on using an RPAS
	*  Calibration of camera
	*  Position and external orientations
	*  Start Orbit UAS Mapping Software
	*  Requirements for generic import</description>
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        <title>Requirements for generic import</title>
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        <description>Requirements for generic import

Requirements for generic import in Orbit UAS Mapping Software 


A delivery of UAS Imagery to be used in the Orbit UAS Mapping solutions portfolio, contains the following elements :
 Imagery:  Any supported image file (jpeg, jp2, omi, bmp, ecw, gif, png, tiff, … ) can be used. Default format for direct import is *.jpg or *.tif.</description>
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        <title>Required Resources for UAS Mapping</title>
        <link>https://kb.orbitgt.com/111/uas_mapping/introduction/resources?rev=1553513784</link>
        <description>Required Resources for UAS Mapping

The following items are needed for each project:

Camera Calibration

The set of parameters describing the camera are:

Calibration parameters of camera
 Field  Declaration  Units  Necessity  Camera name  Any unique name linked to the position and orientation file</description>
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        <title>Understanding UAS Mapping in Orbit</title>
        <link>https://kb.orbitgt.com/111/uas_mapping/introduction/understanding?rev=1553513784</link>
        <description>Understanding UAS Mapping in Orbit

UAS Mapping is made for processing vertical imagery. The basic requirements to use UAS Mapping succesfully are:

	*  Imagery  :  The view direction of all images must be oriented approximately vertically down.
	*  Camera  :  The camera must be calibrated before the flight.</description>
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