Search results for: CHROMATIC COST COLORING, OPTIMUM COST CHROMATIC PARTITION, WEIGHTED GRAPH, BIPARTITE GRAPH, APPROXIMATION ALGORITHM, CHROMATIC COST 3-PSEUDOCOLORING - Bridge of Knowledge

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Search results for: CHROMATIC COST COLORING, OPTIMUM COST CHROMATIC PARTITION, WEIGHTED GRAPH, BIPARTITE GRAPH, APPROXIMATION ALGORITHM, CHROMATIC COST 3-PSEUDOCOLORING

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Search results for: CHROMATIC COST COLORING, OPTIMUM COST CHROMATIC PARTITION, WEIGHTED GRAPH, BIPARTITE GRAPH, APPROXIMATION ALGORITHM, CHROMATIC COST 3-PSEUDOCOLORING

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Search results for: CHROMATIC COST COLORING, OPTIMUM COST CHROMATIC PARTITION, WEIGHTED GRAPH, BIPARTITE GRAPH, APPROXIMATION ALGORITHM, CHROMATIC COST 3-PSEUDOCOLORING

  • Laboratorium Badawcze 2-3

    Obliczenia komputerowe wymagające dużych mocy obliczeniowych z wykorzystaniem oprogramowania typu: Matlab, Tomlab, Gams, Apros.

  • Pracownia Fotogrametrii i Teledetekcji Niskiego Pułapu

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    W pracowni prowadzone są badania naukowe oraz zajęcia dydaktyczne z zakresu fotogrametrii cyfrowej i teledetekcji, szczególnie z niskiego pułapu czyli z bezzałogowych statków powietrznych. W ramach działań pracowni prowadzone są pomiary terenowe z użyciem nowoczesnych technik pomiarowych i bezzałogowych statków powietrznych, szkolenie lotnicze operatorów bezzałogowych statków powietrznych. Prace kameralne realizowane są na nowoczesnym...

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    Środowiskowe Laboratorium Technologii Bezprzewodowych powstało w ramach realizacji projektu CZT Centrum Zaawansowanych Technologii POMORZE i mieści się w Katedrze Inżynierii Mikrofalowej i Antenowej na Wydziale Elektroniki, Telekomunikacji i Informatyki Politechniki Gdańskiej. Laboratorium zostało wyposażone w specjalistyczne zaplecze aparaturowe, które w połączeniu z kompetencjami naukowymi i technologicznymi kadry pozwala na...

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Search results for: CHROMATIC COST COLORING, OPTIMUM COST CHROMATIC PARTITION, WEIGHTED GRAPH, BIPARTITE GRAPH, APPROXIMATION ALGORITHM, CHROMATIC COST 3-PSEUDOCOLORING

  • Chromatic cost coloring of weighted bipartite graphs

    Given a graph G and a sequence of color costs C, the Cost Coloring optimization problem consists in finding a coloring of G with the smallest total cost with respect to C. We present an analysis of this problem with respect to weighted bipartite graphs. We specify for which finite sequences of color costs the problem is NP-hard and we present an exact polynomial algorithm for the other finite sequences. These results are then extended...

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  • A note on polynomial algorithm for cost coloring of bipartite graphs with Δ ≤ 4

    In the note we consider vertex coloring of a graph in which each color has an associated cost which is incurred each time the color is assigned to a vertex. The cost of coloring is the sum of costs incurred at each vertex. We show that the minimum cost coloring problem for n-vertex bipartite graph of degree ∆≤4 can be solved in O(n^2) time. This extends Jansen’s result [K.Jansen,The optimum cost chromatic partition problem, in:...

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  • Infinite chromatic games

    In the paper we introduce a new variant of the graph coloring game and a new graph parameter being the result of the new game. We study their properties and get some lower and upper bounds, exact values for complete multipartite graphs and optimal, often polynomial-time strategies for both players provided that the game is played on a graph with an odd number of vertices. At the end we show that both games, the new and the classic...

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  • 2-Coloring number revisited

    2-Coloring number is a parameter, which is often used in the literature to bound the game chromatic number and other related parameters. However, this parameter has not been precisely studied before. In this paper we aim to fill this gap. In particular we show that the approximation of the game chromatic number by the 2-coloring number can be very poor for many graphs. Additionally we prove that the 2-coloring number may grow...

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  • Interval Edge Coloring of Bipartite Graphs with Small Vertex Degrees

    An edge coloring of a graph G is called interval edge coloring if for each v ∈ V(G) the set of colors on edges incident to v forms an interval of integers. A graph G is interval colorable if there is an interval coloring of G. For an interval colorable graph G, by the interval chromatic index of G, denoted by χ'_i(G), we mean the smallest number k such that G is interval colorable with k colors. A bipartite graph G is called (α,β)-biregular...

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