Sentence examples for multiple performance constraints from inspiring English sources

Through using the proposed design method, a sliding mode fuzzy controller can be established to guarantee multiple performance constraints for nonlinear stochastic systems.

Secondly, a procedure is presented that fully automates the design procedure through the rigorous discrete member size optimization of the structural system subject to multiple performance constraints on both the local and global load effects.

The problem of active fault-tolerant control (FTC) with multiple performance constraints including the closed-loop stability, the control input and system state constraints, and the optimized quadratic performance as well, is investigated for a class of discrete time-varying systems subject to sensor faults.

This paper is concerned with the design of fault tolerant controllers for a class of continuous-time nonlinear systems with multiple performance criteria constraints.

This method enables maximizing the properties of a battery pack subjected to multiple safety and performance constraints.

Model predictive control (MPC) is a technology for the plant-wide control of integrated manufacturing plants that can explicitly handle multiple performance objectives, multivariable interactions, physical constraints, and disturbances.

Two examples are presented to illustrate the capabilities of ACO in designing lightweight frames, satisfying multiple performance levels of seismic design constraints for steel moment frame buildings, and a comparison is made with a standard genetic algorithm (GA) implementation to show the superiority of ACO for the discussed optimization problem.

In order to satisfy the constraints of high availability and high site resilience, multiple mirror-infrastructures can be provisioned in different geographical locations (location constraints); however, the performance constraints may require low network latency between different sites.

The end-goal is to minimize the hardware area, subject to architectural and performance constraints.

This paper investigates passive vehicle suspensions with inerters by considering multiple performance requirements including ride comfort, suspension deflection and tyre grip, where suspension deflection performance is novelly considered which is formulated as a part of objective functions and a constraint separately.

The mean CV performance is compared to the performance constraints, and if these CV performance estimates satisfy the constraints, the classifier is trained on the full data set, and the full classifier parameters and CV performance reported to the user.