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J. Usó-Doménech, J. Mateu, J. López (1997)
Mathematical and statistical formulation of an ecological model with applicationsEcological Modelling, 101
P. Sastre-Vázquez, J. Usó-Doménech, J. Mateu, P. Salvador, Y. Villacampa-Esteve (1999)
Statistical Linguistic Laws in Ecological ModelsCybern. Syst., 30
J. Usó-Doménech, M. Lloret‐Climent, Francisco Vives-Macià, B. Patten, P. Sastre-Vázquez (2002)
EPISTEMOLOGICAL AND MATHEMATICAL CONSIDERATIONS ON THE STRUCTURE OF H-SEMIOTIC SYSTEMSCybernetics and Systems, 33
J. Usó-Doménech, Y. Villacampa-Esteve, G. Stübing-Martinez, T. Karjalainen, M. Ramo (1995)
MARIOLA: a model for calculating the response of mediterranean bush ecosystem to climatic variationsEcological Modelling, 80
N. Chomsky
Some basic concepts of linguistics
J. Usó, J. Mateu, Y. Villacampa, P. Salvador (1970)
Adjustment Versus Meaning? Towards A QuanticTheory Of Ecological Models, 22
J. Usó-Doménech, P. Sastre-Vázquez, J. Mateu (2001)
Syntax and first entropic approximation of L(MT)Kybernetes, 30
N. Chomsky
Aspects of the Theory of Syntax
S. Marcus, E. Nicolau, S. Stati
Introducere in Linguistica Matematica
J.L. Usó‐Domènech, P. Sastre‐Vazquez, J. Mateu
Syntax and first entropic approximation of L ( MT ): a language for ecological modelling
P. Sastre‐Vazquez, J.L. Usó‐Domènech, J. Mateu, Y. Villacampa, M.A. Castro
Poisson distribution of lexic units in mathematics ecological models
J. Usó-Doménech, Y. Villacampa-Esteve, J. Mateu, P. Sastre-Vázquez (2000)
Uncertainty and Complementarity Principles in Ecological ModelsCybern. Syst., 31
J.W. Forrester
Industrial Dynamics
N. Chomsky
Syntactic Structures
Y. Villacampa‐Esteve, J.L. Usó‐Domènech, M.A. Castro‐Lopez, P. Sastre‐Vazquez
A text theory of ecological models
P. Sastre-Vázquez, J. Usó-Doménech, J. Mateu (2000)
Adaptation of linguistic laws to ecological modelsKybernetes, 29
J. Usó, J. Mateu, Javier López (2000)
MEDEA: software development for prediction of Mediterranean forest degraded areasAdvances in Engineering Software, 31
Y. Villacampa-Esteve, M. Castro-Lopez, J. Usó-Doménech, P. Sastre-Vázquez (1999)
A Text Theory of Ecological SystemCybern. Syst., 30
Y. Villacampa, J. Usó-Doménech, J. Mateu, F. Vives, P. Sastre (1999)
Generative and recognoscitive grammars of ecological modelsEcological Modelling, 117
B. Patten (1978)
Systems Approach to the Concept of Environment
Y. Villacampa, J.L. Usó, F. Vives, M. Lloret
A populational model of the reproductive behaviour of Mediterranean bushes: a case of Cistus albidus L
D. Scarnecchia, S. Jørgensen (1995)
Fundamentals of Ecological ModellingJournal of Range Management, 48
Purpose – All models have in common that they encode experience and always involve signs, signals, syntax, semantics and an ability to decode and derive meaning from what is encoded. Therefore, an ecological model can be considered a text T , written in a formal (mathematical) language defined by the authors as L ( M T ). Design/methodology/approach – The language chosen is a regular language generated by regular grammars which in turn are generated by finite automaton. Findings – A text results from a union of some finite automata defining a textual grammar. Recognoscitive and generative grammars of words, defining the basis of the L ( M T ) language are developed. Practical implications – A mathematical modelling of ecological systems is developed in parts I and II of this research project. Originality/value – A language for ecological systems modelling has been defined and its implementation discussed.
Kybernetes – Emerald Publishing
Published: Jul 1, 2006
Keywords: Cybernetics; Modelling
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