@InProceedings{PrusaDML2008,
  IS = { zkontrolovano 25 Feb 2010 },
  UPDATE  = { 2010-02-18 },
  author =      {Pr{\r u}{\v s}a, Daniel and Hlav{\' a}{\v c}, V{\' a}clav},
  title =       {Mathematical Formulae Recognition},
  year =        {2008},
  pages =       {69-73},
  booktitle =   {DML 2008: Towards digital mathematics library},
  editor =      {Sojka, Petr},
  publisher =   {Masarykova univerzita},
  address =     {Brno, Czech Republic},
  isbn =        {978-80-210-4658-0},
  book_pages =  {194},
  month =       {July},
  day =         {27},
  venue =       {Birmingham, United Kingdom},
  annote = {We present a summary of our work in progress related to
    mathematical formulae recognition. Our approach is based on the
    structural construction paradigm and two-dimensional grammars. It is
    a general framework and can be successfully used in the analysis of
    images containing objects exhibiting rich structural relations. In contrast
    to most of all other known approaches, the method does not treat symbols
    segmentation and structural analysis as two separate processes. This
    allows the system to solve arising ambiguities more reliably. We have
    already implemented pilot studies for the off-line as well as on-line
    mathematical formulae recognition showing that the proposed method
    can be effectively implemented and practically used. },
  keywords =    {mathematical discourse, language processing, formulae recognition,
                 two-dimensional grammars},
  authorship =  {50-50},
  project =     {1M0567},
  psurl = {[pdf, 318 KB]},
}