Titlebook: Linear Dynamical Quantum Systems; Analysis, Synthesis, Hendra I Nurdin,Naoki Yamamoto Book 2017 Springer International Publishing AG 2017 L

有害處

Mathematical Modeling of Linear Dynamical Quantum Systems,culus as a mathematical tool for describing Markov open quantum systems interacting with external propagating quantum fields. A precise definition of linear quantum systems is given as well as quantum stochastic differential equations representing their linear equation of motion in the Heisenberg pi

Optic-Disk

Realization Theory for Linear Dynamical Quantum Systems,abstract description of a linear quantum system to a concrete realization of the system using quantum optical devices. Two distinct types of realization problems are introduced and treated: the strict (or hard) realization problem and the transfer function (or soft) realization problem. The system t

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巧思

Feedback Control of Linear Dynamical Quantum Systems,ntum systems are considered: measurement-based feedback control and coherent feedback control. For measurement-based feedback control, the notions of controlled Hudson–Parthasarathy QSDEs and controlled quantum filtering equations are introduced. Three control problems are formulated and solved: mea

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細(xì)微差別

Gingivitis

language, for example by classical philosophers such as Plato and Aristotle, it is in recent decades that we have witnessed the most fertile growth in intonatio978-0-7923-6723-9978-94-011-4317-2Series ISSN 1386-291X Series E-ISSN 2542-9388

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花束

Hendra I. Nurdin,Naoki Yamamotoguages being investigated have constraints on accent combination so that the declination slope has to be estimated from sparsely located data points such as F. peaks or valleys, while the phonological status of the observed peaks and valleys may be unclear. In addition, an observable F. contour of a