# continuous time

See: perpetuity
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Their topics include mathematical and physical interpretations of fractional derivatives and integrals, multiple Erdelyi-Kober integrals and derivatives as operators of generalized fractional calculus, asymptotics of the special functions of fractional calculus, continuous time random walks and space-time fractional differential equations, and fractional differentiation in p-adic analysis.
Performs the calculation and registration of continuous time management and the cumulative time of interruptions in the driver.
It has been shown by some experiments that continuous time chaotic systems give more successful results than chaotic maps.
In addition, processing algorithms now work on continuous time events and features, instead of on discrete static images.
Section 4 we presents "equilibrium" (1) in the continuous time version without commitment which we think is related to an inflation targeting rule.
Williams, "A solvable continuous time dynamic principal-agent model," Journal of Economic Theory, vol.
In recent years, scholars have developed a few models to describe the anomalous transport such as continuous time random walk (CTRW) [8-12] and fractional advection-dispersion equation [13-16].
A fundamental account to anomalous diffusion is provided by a stochastic process called continuous time random walk (CTRW), which was originally introduced by Montroll and Weiss in 1965 .
From the control perspective, a typical example of hybrid systems would consist of a continuous-time linear time-invariant plant described by linear differential equations and a discrete-time linear time-invariant controller described by linear difference equations, where the former involves continuous-valued variables that depend on the continuous time, and the latter involves continuous-valued variables that depend on the discrete time, thus the hybrid feature of the whole system .
First is discretization of controller designed for continuous time model of plant and second approach is direct discrete time design based on approximate discrete time model of system.
This graduate textbook explains how to model the time evolution of the prices of risky assets with random variables and stochastic processes, and introduces several methods for pricing and hedging in discrete and continuous time financials models.
The group consensus problem of continuous time multiagent systems was studied in [12, 13, 15].

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