Professor Dr. Dr. Dieter Gernert

Address:

		Hardenbergstr. 24
		D-80992 Muenchen (Germany)

Phone:

0049-89-140 19 10

Email:

t4141ax@mail.lrz-muenchen.de

Research activity, publications (in English)

(selection, only papers in refereed journals and refereed proceedings volumes, only those in English or Japanese)

2009:

• Ockham's razor and its improper use (Japanese). BioIndustry 26, nr. 2 (2009) 77-83 [extended Japanese version of a paper published in 2007].
• Ockham's razor and its improper use. Cognitive Systems 7, nr. 2 (2009) 133-138 [slightly revised version of a paper published in 2007]. PDF
  traduction francaise
  

2008:

• How to reject any scientific manuscript. Journal of Scientific Exploration 22, nr. 2 (2008) 233-243. PDF
• A computerized system for graph theory, illustrated by partial proofs for graph-coloring problems. Graph Theory Notes of New York 55 (2008) 14-24 (co-author: Landon Rabern) [revised and extended version of the article printed in MATCH 58 (2007)].PDF
• How to initiate and to disturb entanglement. In: Computing anticipatory systems, ed. by Daniel M. Dubois (AIP Conference Proceedings, 1051), American Institute of Physics, Melville NY, 2008, p. 76-81.abstract

2007:

• A knowledge-based system for graph theory, demonstrated by partial proofs for graph-colouring problems. MATCH Communications in Mathematical and in Computer Chemistry 58, nr. 2 (2007) 455-470 (with Landon Rabern).
• Ockham's razor and its improper use. Journal of Scientific Exploration 21 (2007) 135-140.

2006:

• Pragmatic information: historical exposition and general overview. Mind and Matter 4, nr. 2 (2006) 141-167.PDF

2005:

• Conditions for entanglement. Frontier Perspectives 14, nr. 2 (2005) 8-13. PDF
• Implicit, incoherent and inconsistent knowledge. Frontier Perspectives 14, nr. 1 (2005) 26-31.abstract

2004:

• Incomplete knowledge and the chances of a constructive mastering. World Futures 60 (2004) 547-565. abstract
• Formal treatment of systems with a hidden organizing structure, with possible applications to physics. International Journal of Computing Anticipatory Systems 16 (2004) 114-124.abstract

2001:

• Parallel processes and the problem of internal time. In: Computing anticipatory systems (AIP Conference Proceedings, 573). Ed.: D.M. Dubois, American Institute of Physics, Melville, New York, p. 452-456. abstract

2000:

• On navigating in information spaces. International Journal of Computing Anticipatory Systems 7 (2000) 253-262. abstract
• Towards a closed description of observation processes. BioSystems 54 (2000) 165-180. abstract
• Signs, models, and interpretation - modern aspects of semiotics in biology. International Journal of Computing Anticipatory Systems 5 (2000) 155-167. [English original of the text published in Japanese in 1997]

1999:

• Utilization of complementary expert knowledge by computer-assisted model synthesis. Cognitive Systems 5 (1999) nr. 3, 199-210.abstract
• Cognitive aspects of very large knowledge-based systems. Cognitive Systems 5 (1999) nr. 2, 113-122.abstract

1998:

• Information gain by endo-observers - chances and limitations. BioSystems 46 (1998) 73-79.
• Classification and prediction by neural networks, and their social implications. In: Computer modeling of social processes. Eds.: W.B.G. Liebrand, A. Nowak, and R. Hegselmann. SAGE Publications, London 1998, p. 85-96.

1997:

• Graph grammars as an analytical tool in physics and biology. BioSystems 43 (1997) 179-187. abstract
• Signs, models, and interpretation - modern aspects of semiotics in biology (Japanese). Gendai Shisô (Contemporary Philosophy) 25-7 (1997) 210-219. [English original published in 2000]

1996:

• Pragmatic information as a unifying concept. In: Information - new questions to a multidisciplinary concept. Eds.: K. Kornwachs and K. Jacoby. Akademie-Verlag, Berlin 1996, p. 147-162.

1994:

• Spectral moments of graphs and some applications. In: Operations research ‘93. Ed.: A. Bachem et al. Physica, Heidelberg 1994, p. 194-197.
• The physical basis of self-organization. In: The paradigm of self-organization II. Ed.: G.J. Dalenoort. Gordon & Breach, London 1994, p. 33-40.
• What can we learn from internal observers? In: Inside versus outside - endo- and exo-concepts in physics, philosophy and cognitive science (Springer Series in Synergetics, 63). Eds.: H. Atmanspacher and G.J. Dalenoort, Springer, Berlin 1994, p. 121-133. keywords

1993:

• Experimental results on the efficiency of rule -based systems. In: Operations research ‘92. Ed.: A. Karmann et al. Physica, Heidelberg 1993, p. 262-264.

1992:

• The true reasons for the incredible functioning of expert systems. In: Cybernetics and systems ‘92. Ed.: R.Trappl. World Scientific, Singapore 1992, p. 1617-1623.

1991:

• Cellular automata and the concept of space. Lecture Notes in Computer Science 565 (1991) 94-102.

Before 1990:

• Forbidden and unavoidable subgraphs. Ars Combinatoria 27 (1989) 165-176.
• Inequalities between the domination number and the chromatic number of a graph. Discrete Mathematics 76 (1989) 151-153.
• The formation of hierarchical structures as a key to self-organization. In: The paradigm of self-organization. Ed.: G.J.Dalenoort. Gordon & Breach, New York 1989, p. 60-72.
• A knowledge-based system for graph theory. Methods of Operations Research 63 (1989) 457-464.
• Cellular-space models for processes of measurement. In: Cybernetics and systems ‘88. Ed.: R. Trappl, Kluwer, Dordrecht 1988, p. 109-115.
• Measurement of pragmatic information. Cognitive Systems 1 (1986) 169-176.
• Technological systems of extreme complexity and human cognitive capacity. In: Toward the factory of the future. Eds.: H.-J. Bullinger et al. Springer, Berlin 1985, p. 645-648. keywords
• Non-classical interactions in generalized neural nets. Cognitive Systems 1 (1985) 39-47.
• Distance or similarity measures which respect the internal structure of the objects. Methods of Operations Research 43 (1981) 329-335.

Requests of reprints are welcome: Please, send an email message (t4141ax@mail.lrz-muenchen.de) including your snail-mail address.