Sentence examples for bounds on performance from inspiring English sources

The study addresses the problem of controlling a linear discrete-time system subject to bounded additive disturbances, stepwise-in-time constraints and bounds on performance requirements.

In [12], the methods of coexistence between radar and communications systems are studied, where the authors derive achievable bounds on performance for a receiver that observes communications and radar return in the same frequency band.

Yet, the structure of a percolated landscape puts fundamental bounds on performance, possibly suggesting specific actions to reinforce stressed elements or to redistribute loads so to reduce the risk of bottlenecks and the impacts of failures.

With recent concerns about sustainability and environmental protection, growing attention has been focused on biological sources for both chemicals and fuels; however, to analyze such bioprocesses for commercial viability, and to investigate possible efficiency improvements, the theoretical efficiencies must be known as an upper-bound on performance.

Likewise the natural video was included to access the expected upper-bound on performance.

This technique allows one to obtain tight bounds on the performance of the closed-loop system.

But Endicott bounds on, unperturbed.

The paper studies estimation formulas for Pearson linear, Spearman and Kendall rank-order correlation coefficients and formulates the lower bounds on the performance of correlation control techniques such as the one presented in the companion paper Part I.

The resulting analysis-which is the viscous helicopter analogue of Goldstein's inviscid propeller theory-gives rigorous upper bounds on the performance of conventional and compound helicopters and may be used to predict the rotor/wing loadings that produce optimal performance.

The resulting analysis - which is the viscous helicopter analogue of Goldstein's inviscid propeller theory - gives rigorous upper bounds on the performance of conventional and compound helicopters, and may be used to predict the rotor/wing loadings that produce optimal performance.

In particular, short-term fading caused by mobility imposes irreducible error floor bounds on system performance.