Titlebook: Optimal Mobile Sensing and Actuation Policies in Cyber-physical Systems; Christophe Tricaud,YangQuan Chen Book 2012 Springer-Verlag London

Atrium

Optimal Mobile Actuation/Sensing Policies for Parameter Estimation of Distributed Parameter Systems using the concept of the Fisher information matrix. The problem is then reformulated into an optimal control one. With the help of the MATLAB PDE toolbox for the system simulations and RIOTS_95 MATLAB toolbox for solving the optimal control problem, we successfully obtain the optimal solutions for

Compatriot

Optimal Mobile Sensing with Fractional Sensor Dynamics,nalytical impulse response-based approximation to model the fractional dynamics of the system in terms of a state space realization. This approximation creates a bridge with a classic optimal control problem, and a readily available optimal control solver is used to solve the fractional optimal cont

Pseudoephedrine

Digitalis

HAVOC

Christophe Tricaud,YangQuan Chenulse tailoring. We portray control of three-dimensional free-electron wave packets, strong-field control by selective population of dressed states (SPODS) and control of ionization processes in dielectrics. Prototypical spectral phase masks such as polynomial- and sinusoidal functions are discussed

GRILL

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PARA

Christophe Tricaud,YangQuan Chenulse tailoring. We portray control of three-dimensional free-electron wave packets, strong-field control by selective population of dressed states (SPODS) and control of ionization processes in dielectrics. Prototypical spectral phase masks such as polynomial- and sinusoidal functions are discussed

心痛

Christophe Tricaud,YangQuan Chenld be valuable for user-modeling and recommender systems. In this paper, we explored the effectiveness of standard user-modeling approaches applied to mind maps. Additionally, we develop novel user modeling approaches that consider the unique characteristics of mind maps. The approaches are applied

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