Results 221 to 230 of about 22,261 (260)
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Computability and Discrete Dynamical Systems
2005Church's and Turing's theses dogmatically assert that an informal notion of computability is captured by a particular mathematical concept. I present an analysis of computability that leads to precise concepts, but dispenses with theses.
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2016
This chapter introduces discrete dynamic systems by first looking at models for dynamic and static aspects of systems, before covering continuous and discrete systems.
Matthias Kunze, Mathias Weske
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This chapter introduces discrete dynamic systems by first looking at models for dynamic and static aspects of systems, before covering continuous and discrete systems.
Matthias Kunze, Mathias Weske
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2009
Suppose we wish to describe some physical system. The dynamical systems approach considers the space X of all possible states of the system—think of a point x in X as representing physical data. We will assume that X is a subset of some normed vector space, often \({\mathbb{R}}\).
Kenneth R. Davidson, Allan P. Donsig
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Suppose we wish to describe some physical system. The dynamical systems approach considers the space X of all possible states of the system—think of a point x in X as representing physical data. We will assume that X is a subset of some normed vector space, often \({\mathbb{R}}\).
Kenneth R. Davidson, Allan P. Donsig
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2015
So far we have discussed the dynamics of continuous systems. An evolutionary process may also be expressed mathematically as discrete steps in time. Discrete systems are described by maps (difference equations). The composition of map generates the dynamics or flow of a discrete system.
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So far we have discussed the dynamics of continuous systems. An evolutionary process may also be expressed mathematically as discrete steps in time. Discrete systems are described by maps (difference equations). The composition of map generates the dynamics or flow of a discrete system.
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1998
A discrete dynamical system is a system which is discrete in time so we observe its dynamics not continuously but at the given moments of time like in the case of Poincare maps introduced in the previous chapter. The dynamics of discrete dynamical systems is usually simple enough to be explained in details.
Yushu Chen, Andrew Y. T. Leung
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A discrete dynamical system is a system which is discrete in time so we observe its dynamics not continuously but at the given moments of time like in the case of Poincare maps introduced in the previous chapter. The dynamics of discrete dynamical systems is usually simple enough to be explained in details.
Yushu Chen, Andrew Y. T. Leung
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Propagation model of cascading failure based on discrete dynamical system
Reliability Engineering and System Safety, 2021Zhilong Chen, Yicun Chen, Yipeng Wu
exaly
Discrete Dynamical Systems [PDF]
, 2005 This manuscript analyzes the fundamental factors that govern the qualitative behavior of discrete dynamical systems. It introduces methods of analysis for stability analysis of discrete dynamical systems. The analysis focuses initially on the derivation of basic propositions about the factors that determine the local and global stability of discrete ...
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A single-electron circuit as a discrete dynamical system
Superlattices and Microstructures, 2003Takahide Oya +2 more
exaly