… What is hybrid simulation? Some authors argue that a hybrid model is a mix of continuous
and … phenomena and representation thereof in a simulation is not sufficient. Instead, hybrid …

… simulators. This article aims to present evidence regarding the effectiveness of a low-fidelity
simulator… that the progress made by the students therewith is the exclusive result of the VP as …

… Two-dimensional hydrodynamic codes are used to simulate the growth of perturbations at
an … The use of a simple empirical model of the mixing process based on the equations of two-…

… all potential defects in a mixed-signal circuit is usually not … simulators and likelihood-weighted
random sampling theory. It then describes a defect simulator developed for industrial mixed…

… Simulations were used to estimate the sensitivity of target … mix fraction at nominal velocity
is 0.25 + 0.1/–0.05, hot-spot … Expected values for these quantities, and uncertainty therein, are …

… used to model mixing-induced precipitation on the continuum scale, eg, [25, and the references
therein]… For the geometric parameters used in our simulations, this yields r 0 = 125 which …

… real environments ("real") and simulations ("sim") thereof, so as to train an agent that learns
… In order to reconcile the dynamics disparity, we propose our Mixing Sim and Real Algorithm …

… First, we want to achieve a mixing transition state for each simulation. By our stringent
criterion for mixing transition, not only must the momentum-thickness-based Reynolds number, …

… any agency thereof, nor any of their employees, makes any warranty, express or implied, or
assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of …

… We present simulations involving quantum spins and fermions … thermal states and local
perturbations thereof, contain only a … The MPD is a mixed-state version of a matrix product state […