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Box-Jenkins Continuous-Time Modeling
IFAC Proceedings Volumes, 2000The authors consider continuous-time SISO systems where the parameters of the transfer function are to be identified from samples of input and output respectively. The output is disturbed by noise, the input signal is an arbitrary band-limited excitation.
Pintelon, Rik +2 more
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Continuous-time approaches to identification of continuous-time systems
Automatica, 2000A fundamental continuous-time approach to identification of continuous-time systems is considered. A consequent and coherent continuous-time analysis leads to parameter estimation schemes expressed in the continuous-time domain. For the purpose of digital realization the estimators are discretized, leading to various discrete-time recursive procedures,
Kowalczuk, Zdzisław, Kozłowski, Janusz
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Continuous-Time Granovetter Model
Automation and Remote Control, 2018zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Continuous-time Stochastic Models
1987Models in which agents can revise their decisions continuously in time have proved fruitful in the analysis of economic problems involving intertemporal choice under uncertainty (cf. Malliaris and Brock, 1982). These models frequently produce significantly sharper results than can be derived from their discrete-time counterparts.
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Continuous-Time Stochastic Processes
1987Applications of continuous-time stochastic processes to economic modelling are largely focused on the areas of capital theory and financial markets: In these applications as in mathematics generally, the most widely studied continuous time process is a Brownian motion — so named for its early application as a model of the seemingly random movements of ...
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Continuous Time Branching Processes
2014We introduce continuous time branching processes. The main difference between discrete and continuous branching processes is that births and deaths occur at random times for continuous time processes. Continuous time branching processes have the Markov property if (and only if) birth and death times are exponentially distributed.
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1991
A system consists of interrelated components or parts, called subsystems, organized to accomplish certain goals or objectives. For instance, a single-input-single-output (SISO) system carries out its objectives by transforming the incoming signal or input into a suitable output signal or response. The transformation process usually implies manipulation
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A system consists of interrelated components or parts, called subsystems, organized to accomplish certain goals or objectives. For instance, a single-input-single-output (SISO) system carries out its objectives by transforming the incoming signal or input into a suitable output signal or response. The transformation process usually implies manipulation
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2017
Before we begin the study of partial differential equations (PDEs) we will explain how to classify them. A general quadratic surface can be described by the expressionDepending on the values of the constants (A, B, C, D, E and F), different geometrical objects will be represented:
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Before we begin the study of partial differential equations (PDEs) we will explain how to classify them. A general quadratic surface can be described by the expressionDepending on the values of the constants (A, B, C, D, E and F), different geometrical objects will be represented:
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1981
There is a fundamental difference between the mathematical formulation of a discrete time stochastic process and a continuous time stochastic process. In discrete time, it is necessary to specify only the mechanism for transition from one state to another, and of course the initial state (distribution) of the system. For Markov chains, this consists of
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There is a fundamental difference between the mathematical formulation of a discrete time stochastic process and a continuous time stochastic process. In discrete time, it is necessary to specify only the mechanism for transition from one state to another, and of course the initial state (distribution) of the system. For Markov chains, this consists of
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