Results 211 to 220 of about 694,403 (269)
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The orbital systems theory

International Journal of Applied Decision Sciences, 2021
In this paper, a new theory is introduced called orbital systems theory to handle the uncertainty of the natural phenomena, the complicated real-world problems, and the human's decision-making process which naturally creates the inconstancy and uncertainty in each process it involves.
Shervin Zakeri, Naoufel Cheikhrouhou
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The Systems Theory of Contact

2000
The sense of touch and the capability to analyze potential contacts is important to many interactions of robots, such as planning exploration, handling objects, or avoiding collisions based on sensing of the environment. It is a pleasant surprise that the mathematics of touching and contact can be developed along the same algebraic lines as that of ...
Dorst, L., van den Boomgaard, R.
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On the theory of the cardiovascular system

The Bulletin of Mathematical Biophysics, 1965
Most theoretical studies of the circulation have focussed on the transmission line properties of arteries. Only a small number of papers have dealt with the circulation as a closed (lumped) system with two pumps connected by the lesser and greater circulation (Beneken, inCirculatory Analog Computers, No. Holland Publ.
J G, Defares, J J, Osborn, H H, Hara
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Systems theory, systems thinking

2015 Annual IEEE Systems Conference (SysCon) Proceedings, 2015
This paper discusses several important concepts in cybernetics, including holism, transformation, variety, feedback, control, autopoiesis, and nearly decomposable systems. The paper then examines and critiques three systems methodologies that are based on these concepts, and identifies their strengths and weaknesses.
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System theory for system identification

Journal of Econometrics, 2004
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Module Theory and Linear System Theory

1991
In a series of seminal papers published between 1960 and 1965 [8–13] (see also [14, 15]), R.E. Kalman layed the foundations of what has since become known as Mathematical System Theory. The cornerstones of Kalman’s theory were the celebrated concepts of Controllability, Observability and (Canonical) realization.
Hautus, M.L.J., Heymann, M.
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A theory for system security

Proceedings 10th Computer Security Foundations Workshop, 2002
Two independent definitions of system security are given through two distinct aspects of a system execution, i.e. state and transform. These two definitions are proven to be equivalent, which gives both confidence to the soundness of our explanation and insight into the internal causality of information flow.
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Morphotronic System (Theory)

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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Systems Theory

2012
Zweitveröffentlichung
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Risk and Systems Theory

Risk Analysis, 2002
The last few decades have seen increasingly widespread use of risk assessment and management techniques as aids in making complex decisions. However, despite the progress that has been made in risk science, there still remain numerous examples of risk‐based decisions and conclusions that have caused great controversy.
Adam J, Hatfield, Keith W, Hipel
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