• شماره مدرك
    12828
  • شماره راهنما
    11738
  • پديد آورنده

    مظفري نيا، مهسا

  • عنوان

    رنگ آميزي يك به يك گراف ها

  • مقطع تحصيلي
    كارشناسي ارشد
  • گرايش تحصيلي
    رياضي كاربردي
  • محل تحصيل
    اصفهان: دانشگاه صنعتي اصفهان، دانشكده علوم رياضي
  • سال دفاع
    1396
  • صفحه شمار
    [نه]، [120]ص.: مصور، جدول، نمودار
  • يادداشت
    ص.ع. به فارسي و انگليسي
  • واژه نامه
    واژه نامه انگليسي به فارسي
  • توصيفگر ها

    عدد رنگي , پيچيدگي محاسباتي , روابط نوردهاوس گادام , گراف هاي مسطح , گراف هاي بحراني

  • تاريخ ورود اطلاعات
    1396/07/03
  • كتابنامه
    كتابنامه
  • رشته تحصيلي
    علوم رياضي
  • دانشكده
    رياضي
  • كد ايرانداك
    ID11738
  • چكيده انگليسي
    Injective Coloring of Graphs Mahsa Mozafari Nia m mozafari@math iut ac ir August 27 2017 Department of Mathematical Sciences Isfahan University of Technology Isfahan 84156 83111 Iran Supervisor Dr Behnaz Omoomi bomoomi@cc iut ac ir 2010 MSC 05C15 Keywords Injective coloring Injective chromatic number Planar graph Outerplanargraph AbstractA proper k coloring of a graph G is a mapping from V G to the set of colors 1 2 k such that any two adjacent vertices have di erent colors The chromatic number G is a minimum integer k that G has a proper k coloring A coloring c of G is called aninjective coloring if for every two vertices u and v which have common neighbor c u c v That means the restriction of c to the neighborhood of any vertex is an injective function The injective chromatic number denoted by i G is the least integer k such that G has aninjective k coloring Note that an injective coloring is not necessarily a proper coloring In fact i G G 2 where V G 2 V G and uv E G 2 if and only if u and v have acommon neighbor in G The square of graph G denoted by G2 is a graph with vertex setV G where two vertices are adjacent in G2 if and only if they are at distance at most twoin G Since G 2 is a subgraph of G2 obviously i G G2 The concept of injectivecoloring is introduced by Hahn et al in 2002 Discrete Mathematics 256 1 2 179 192 It is clear that for every graph G i G In general Hahn et al proved that i G 2 1
  • استاد راهنما
    بهناز عمومي
  • استاد داور
    زينب مالكي، علي بهتويي