
doi: 10.1007/bf01195001
handle: 1807/9472
Every graph with maximum degree \(\Delta\geq\Delta_0\) has a proper \((\Delta+1)\)-coloring in which every color class has at most \(\log^8\Delta\) elements in the neighborhood of any vertex. If \(\beta\geq 1\) and the maximum degree is \(\delta\geq\Delta_\beta\) then there is a \(\max((\beta+1)\Delta,e^3\Delta^{1+{1\over\beta}})\)-coloring in which every color class has at most \(\beta\) elements in the neighborhood of any vertex. An example of Noga Alon gives that this is essentially best possible.
Coloring of graphs and hypergraphs, graph colorings, Lovász local lemma, colouring a graph frugally, probabilistic methods
Coloring of graphs and hypergraphs, graph colorings, Lovász local lemma, colouring a graph frugally, probabilistic methods
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