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The Computer Science Journal ( is published by the AGH University of Science and Technology, Krakow, Poland. The Editors of the Journal are members of the Faculty of Computer Science, Electronics and Telecommunications and the Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering. The Editorial Board consists of many renowned researchers from all over the world.

Original papers on theoretical and applied computer science problems are published. Example areas of interest are: theoretical aspects of computer science, pattern recognition and processing, evolutionary algorithms, neural networks, multi-agent systems, computer networks management, distributed, grid and cloud computing.

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Humbold Research Award, 7.06.2018

Congratulations!!  Our colleague, Dr. Piotr Faliszewski, D.Sc.,  has been elected the recipient of a Humboldt Research Award after having been...


Mesh Generation and Adaptation

In the recent years we have been tackling problems of automated two- and three-dimensional mesh generation and adaptation. Mesh generation can be described as approximate covering of a domain with a finite number of simple adjacent elements, forming the mesh. Such meshes are commonly used in simulation of physical processes (e.g. FEM), but also in other areas, such as computer graphics, geodesy or computational geometry.

The developed generator is capable of creating unstructured triangular and quadrilateral meshes on planes or 3D surfaces, and tetra- or hexahedral volumetric meshes. For hexahedral meshes we investigate two types of methods: indirect (based on tetrahedral mesh, which has to be created earlier) and direct, using Medial Axis Transform.

We investigate also the problem of mesh adaptation for the considered model – i.e. their optimization while keeping the number of elements low, with respect to both domain geometry and simulated process. In the latter case the goal of adaptation is to obtain the best possible precision of results while reducing the computation cost (anisotropic meshes are also used). The developed methods allow for multi-criteria adaptation of meshes in order to conform to requirements obtained from different sources.

Recently, we have been investigating the problem of parallelization of the mesh generation process. It is mainly caused by the still growing sizes of used meshes. In such cases the sequential generation poses problems regarding both the computational and memory cost. This subject is developed in cooperation with Universite de Technologie de Compiegnein France.

In all problems mentioned above the particular stress is put on the efficiency and reliability of algorithms and proper selection of data structures. The important factors are also portability to different platforms and extendability of algorithms and data structures to constantly growing possibilities of the generator.

Researchers: B.Głut, T.Jurczyk, K. Boryczko, J.Kitowski

Triangular mesh

Quadrilateral mesh

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