This paper compares the two approaches based on pole sensitivity and the complex stability radius measures, respectively, for optimizing the closed-loop stability robustness of digital controllers with respect to finite word length (FWL) errors in fixed-point implementation.
Dyads, triads, and hexads are any set of two, three, or six unique time measures, respectively.
Here the weights are considered 1, 2 and 2 for NPS, MID and DM measures, respectively.
Figure 8a,b presents the Sub h and Sub c measures, respectively, for the abandoned and removed blobs.
This study is, moreover, accompanied by the application of formal frameworks and a family of experiments whose aim is to theoretical and empirically validate the proposed measures, respectively.
The design of the disturbance rejection controllers and the setpoint filter are based on loop shaping and ISE performance measures, respectively.
Concentration indices of about−0.1641 and−0.1613 were estimated for weight-for-age and height-for-age child malnutrition measures, respectively.
Figure 15 (a) Original image (b-e) Comparison of fused images with contrast, saturation, luminance and contrast, luminance and saturation measures, respectively, to compute the weight map.
Let ((Omega_{1},Sigma_{1},mu _{1})) and ((Omega_{2},Sigma_{2},mu_{2})) be measure spaces with positive σ-finite measures, respectively.
The first and the second feature vectors are used in the classification of textures based on nearest neighbor algorithm with Euclidian and Kullback-Leibler distance measures, respectively.
Random effects were introduced into the model to account for the within-subject dependencies of the lung tissue samples and the repeated measures respectively [9].
