Nonclassical-state generation in macroscopic systems via hybrid discrete-continuous quantum measurements

Partial Eigenvalue Assignment in Discrete-time Descriptor Systems via Derivative State Feedback

A method for solving the descriptor discrete-time linear system is focused. For easily, it is converted to a standard discrete-time linear system by the definition of a derivative state feedback. Then partial eigenvalue assignment is used for obtaining state feedback and solving the standard system. In partial eigenvalue assignment, just a part of the open loop spectrum of the standard linear s...

Hybrid Simulation of Continuous-discrete Systems

Many processes in the chemical industry have some discrete phenomena superimposed on the continuous system dynamics. While the continuous behavior arises from phenomena such as mass, energy and momentum conversion, discrete behavior may occur due to physico-chemical discontinuities or discrete controller actions. Such systems which involve interaction between the continuous system dynamics and ...

Bisimulations of Discrete, Continuous and Hybrid Systems

How continuous quantum measurements in finite dimensions are actually discrete.

We show that in finite dimensions a quantum measurement with a continuous set of outcomes can be always realized as a continuous random choice of measurements with a finite number of outcomes.

MCMC for continuous-time discrete-state systems

We propose a simple and novel framework for MCMC inference in continuoustime discrete-state systems with pure jump trajectories. We construct an exact MCMC sampler for such systems by alternately sampling a random discretization of time given a trajectory of the system, and then a new trajectory given the discretization. The first step can be performed efficiently using properties of the Poisso...