Results 221 to 230 of about 685,370 (269)
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2009
The Morphotronic approach postulates a significant improvement to traditional system design thinking based on the Turing Machine model. The paper presents a range of important concepts and definitions supporting this proposition.The Morphotronic system represents an abstract universe of the objects.
Germano Resconi, Zenon Chaczko
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The Morphotronic approach postulates a significant improvement to traditional system design thinking based on the Turing Machine model. The paper presents a range of important concepts and definitions supporting this proposition.The Morphotronic system represents an abstract universe of the objects.
Germano Resconi, Zenon Chaczko
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Logic Journal of the IGPL, 2017
AbstractThis article introduces a new formal theory, the theory of $M$-system, which represents a many-valued logic system. Basic terms and concepts are defined which are the foundation for their further application. Though the theory comes from the field of electric circuitry, an attempt will be made to extend it to applications in linguistics.
Mario Essert +3 more
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AbstractThis article introduces a new formal theory, the theory of $M$-system, which represents a many-valued logic system. Basic terms and concepts are defined which are the foundation for their further application. Though the theory comes from the field of electric circuitry, an attempt will be made to extend it to applications in linguistics.
Mario Essert +3 more
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INFORMAL SYSTEMS THINKING OR SYSTEMS THEORY
Cybernetics and Systems, 2003Systems thinking is the practice of holistic thinking, which can be informal or based on systems theory. Success has always depend on holistic rather than one-side thinking. Empirical findings about the innovative society can exemplify this statement, though there seems to be no universal agreement as to what the basic attributes of systems thinking ...
Matjaz Mulej +9 more
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Bulletin of Mathematical Biology, 1983
This is an investigation of natural systems from the standpoint of the mathematical theory of categories. It examines the relationships which exist between different descriptions through measurement of observables and dynamical interactions. We begin with a category theory of formal systems with observables, and then proceed to a category theory of ...
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This is an investigation of natural systems from the standpoint of the mathematical theory of categories. It examines the relationships which exist between different descriptions through measurement of observables and dynamical interactions. We begin with a category theory of formal systems with observables, and then proceed to a category theory of ...
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Systems Theory and Family Therapy: From a Critique on Systems Theory to a Theory on System Change
Contemporary Family Therapy, 1997Some system therapists reject the systemic view for various reasons, often related to violence, victimisation and power. This critique is based on an outdated narrow and incomplete knowledge of linear systems theory. A better understanding of these linear systems theories and of systems levels of organisation already answers much of the critique, but ...
W. E. E. C. Spronck +1 more
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A theory for environmental systems
Bulletin of Mathematical Biology, 1975A theory for environmental systems is defined on the basis of two elements, termed ‘environmental unity’ and ‘behavior’. Environmental systems are regarded as non-living systems, each one related with only one biological system. We construct a material-energetic environmental diagram, which is introduced in terms of the theory of categories, thereby ...
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Thriving Systems Theory: An Emergent Information Systems Design Theory
2013 46th Hawaii International Conference on System Sciences, 2013Thriving Systems Theory is an emergent design quality framework encompassing both traditional objective metrics and the subjective, aesthetics. It draws theories of design quality in physical architecture originated by Christopher Alexander, the patriarch of design patterns, into the domain of models and information systems.
Leslie J. Waguespack, William T. Schiano
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2012
System justification is a social psychology term of art that designates any motivational tendency to defend, bolster, or rationalize existing social, economic, and political arrangements. It is conceptualized as a response tendency possessed by many, or perhaps most, members of society to see aspects of the overarching social system as good, fair, and ...
Jost, J. T., van der Toorn, J.
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System justification is a social psychology term of art that designates any motivational tendency to defend, bolster, or rationalize existing social, economic, and political arrangements. It is conceptualized as a response tendency possessed by many, or perhaps most, members of society to see aspects of the overarching social system as good, fair, and ...
Jost, J. T., van der Toorn, J.
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Realization Theory of Nash Systems
SIAM Journal on Control and Optimization, 2009This paper deals with realization theory of so-called Nash systems, i.e., nonlinear systems the right-hand sides of which are defined by Nash functions. A Nash function is a semialgebraic analytic function. The class of Nash systems is an extension of the class of polynomial and rational systems and it is a subclass of analytic nonlinear systems.
J. Nemcová (Jana) +2 more
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1976
Abstract : The two major research efforts were in the areas of (1) nonminimum-phase linear and nonlinear time-varying systems, and (2) multiple-loop single input-output systems. In both areas, the objective was to develop synthesis techniques to achieve assigned system performance specifications, despite significant uncertainty in a constrained part ...
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Abstract : The two major research efforts were in the areas of (1) nonminimum-phase linear and nonlinear time-varying systems, and (2) multiple-loop single input-output systems. In both areas, the objective was to develop synthesis techniques to achieve assigned system performance specifications, despite significant uncertainty in a constrained part ...
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