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By Nygaard K.

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20. D. Goldschmidt, “Automorphisms of trivalent graphs,” Ann. Math. 111 (1980), 377–406. 21. D. Gorenstein, Finite Groups, Harper and Row, New York, 1968. 22. D. Gorenstein, Finite Simple Groups: An Introduction To Their Classification, Plenum Press, New York, 1982. 23. L. W. Tucker, Topological Graph Theory, Wiley–Interscience, New York, 1987. 24. E. A. Ivanov, Biprimitive cubic graphs, Investigations in Algebraic Theory of Combinatorial Objects (Proceedings of the seminar, Institute for System Studies, Moscow, 1985) Kluwer Academic Publishers, London, 1994, pp 459–472.

Graph Theory 35 (2000), 1–7. 35. D. Maruˇsiˇc and P. Potoˇcnik, “Semisymmetry of generalized Folkman graphs,” European J. Combin. 22 (2001), 333–349. ˇ 36. M. Skoviera, “A contribution to the theory of voltage graphs,” Discrete Math. 61 (1986), 281–292. 37. T. Tutte, “A family of cubical graphs,” Proc. Cambridge Phil. Soc. 43 (1948), 459–474. 38. H. Wielandt, Finite Permutation Groups, Academic Press, New York-London, 1964. 39. E. Wilson, “A worthy family of semisymmetric graphs”, DiscreteMath.

30. A. Malniˇc, D. Maruˇsiˇc, P. Q. Wang, “An infinite family of cubic edge- but not vertextransitive graphs”, Discrete Mathematics 280 (2004), 133–148. 31. A. Malniˇc, D. Maruˇsiˇc and P. Potoˇcnik, “Elementary abelian covers of graphs”, J. Algebraic Combinatorics 20 (2004), 71–97. ˇ 32. A. Malniˇc, R. Nedela, and M. Skoviera, “Lifting graph automorphisms by voltage assignments,” European J. Combin. 21 (2000), 927–947. 33. D. Maruˇsiˇc, “Constructing cubic edge- but not vertex-transitive graphs,” J.

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The development of the Simula languages by Nygaard K.


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