Now showing items 1-5 of 5

    • Design and implement a reality-based 3D digitisation and modelling project 

      Remondino, Fabio; Menna, Fabio; Koutsoudis, Anestis; Chamzas, Christos; El-Hakim, Sabry (The Eurographics Association, 2013)
      3D digitisation denotes the process of describing parts of our physical world through finite measurements and representations that can be processed and visualised with a compute r system. Reality-based 3D digiti sation is ...
    • Exploring Heritage through Time and Space: supporting community reflection on the highland clearances 

      McCaffery, John; Miller, Alan; Vermehren, Anna; Strickland, Keir; Lefley, Carolyn (The Eurographics Association, 2013)
      On the two hundredth anniversary of the Kildonan clearances, when people were forcibly removed from their homes, the Timespan Heritage centre has created a program of community centred work aimed at challenging pre conceptions ...
    • Low-cost mobile system for multispectral cultural heritage data acquisition 

      Blazek, Jan; Soukup, Jindrich; Tichý, Tomás; Zitova, Barbara; Hradilová, Janka; Flusser, Jan (The Eurographics Association, 2013)
      In the paper we propose an alternative approach to the multispectral data acquisition of the cultural heritage artifacts. The demonstrated solution is mobile, affordable, and consists only of commercial off-the-shelf ...
    • A Low-Cost Portable 3D Laser Scanning System with Aptness from Acquisition to Visualization 

      Banerjee, Sumandeep; Biswas, Prabir Kumar; Bhowmick, Partha; Dutta, Somnath (The Eurographics Association, 2013)
      This paper presents the design perspectives of a low-cost portable 3D laser scanning mechanism. The hardware is simple in design, easy to fabricate, and costs much less compared to the cheapest ones available in the market. ...
    • Surface Light Field from Video Acquired in Uncontrolled Settings 

      Palma, Gianpaolo; Desogus, Nicola; Cignoni, Paolo; Scopigno, Roberto (The Eurographics Association, 2013)
      This paper presents an algorithm for the estimation of the Surface Light Field using video sequences acquired moving the camera around the object. Unlike other state of the art methods, it does not require a uniform sampling ...