Sentence examples for attain robustness from inspiring English sources
To attain robustness, many complex appearance models are proposed to capture discriminative information of object.
To achieve higher diagnostic performance as well as attain robustness to environmental noise, Do and Chong in [6] proposed a fault diagnosis system using features of vibration signal in two-dimensional domain.
Is phenotypic noise relevant to attain robustness to mutation?
We find that for the system to attain robustness it is beneficial that the two steps of the phospho-transfer have different rates.
In the classic Waddington's canalization theory, purifying (e.g. stabilizing) selection is a driving force for developmental genes to attain robustness against genetic and environmental changes [ 21].
However, a recent view provided by [ 10] denies the necessity of stabilizing selective pressure to attain robustness for a system that can be represented as an interacting network.
This scheme attains robustness by two means, by the large number of sample points around each target on the face and by nonlinear fusion of the resulting pointing vectors.
As shown in Table 6, from scenario A to scenario E, some economic efficiency is sacrificed for attaining more robustness in the decision-making process of the congestion management in the distribution system.
(6) and (8) are discretized into linear systems, and solved using the algebraic reconstruction technique (ART) with the random projection access order [ 40], respectively, for its modest memory requirement and the attained high robustness for large-scale, ill-posed linear inversion.
Thirdly, our former small-sample analysis approach [ 7] requires large control numbers to attain high statistical robustness, which is not always feasible for analysing single patients.
A one-step approach for simultaneous design of H∞ controller and AWC by means of linear matrix inequalities (LMIs) is presented herein, which supports multi-objective synthesis to attain stabilization or tracking, robustness against disturbance and noise, and penalization of large and high frequency control signals.
