{
    "o:id": 15945,
    "url": "https://chloe.cnr.it/s/BiDiAr/item/15945",
    "o:resource_template": "Academic Article",
    "o:resource_class": "bibo:AcademicArticle",
    "dcterms:title": [
        "Automation in 3D reconstruction: Results on different kinds of close-range blocks"
    ],
    "dcterms:creator": [
        "Barazzetti, Luigi",
        "Remondino, Fabio",
        "Scaioni, Marco"
    ],
    "dcterms:date": [
        "2010"
    ],
    "dcterms:language": [
        "eng"
    ],
    "dcterms:abstract": [
        "Automation in 3D reconstruction involves mainly two tasks: (i) image orientation and (ii) 3D scene reconstruction. Nowadays, automation in (i) can be considered solved for aerial photogrammetric projects, but a general and commercial solution is still pending in case of close-range image blocks. Here, the complexity and diversity of the network geometry make the automatic identification of the image correspondences a challenging task. In this paper we present a methodology to automatically orient a set of targetless close-range images taken with a calibrated camera and the following creation of 3D models with a multi-image matching algorithm. Several real cases, comprehending free-form objects (e.g. bas-relieves, decorations, etc.), building facades and images taken with UAVs are reported and discussed. Lastly, some preliminary results on a methodology for markerless camera calibration are presented."
    ],
    "dcterms:isPartOf": [
        "International Archives of Photogrammetry, Remote Sensing, and Spatial Information Sciences"
    ],
    "bibo:pages": [
        "55 - 61"
    ],
    "bibo:volume": [
        "38"
    ],
    "foaf:homepage": [
        "https://www.zotero.org/groups/5293298/bidiar/items/4NEHI8EP/item-list"
    ]
},