In such cases, a direct frequency shaping method such as the H∞ control is suitable for the controller design.
To optimize the ET-PA system performance, several envelope-shaping methods such as DC shifting, envelope scaling, envelope clipping, and envelope attenuation at backoff have been investigated carefully.
Shape-based methods, such as Felzenszwalb et al.'s LSVMs [3], Wu et al.'s Active Basis [4], Laptev et al.'s Snake [2], and Ferrari's kAS [5], exploit shapes similarities between objects by using different strategies and then obtain segmentation results through by connecting the segments.
This means that any shapes added using the add methods, such as GRect, GOval, etc. will remain, while any shapes drawn directly onto the canvas's background pixel layer by calling the drawXxx methods will be wiped out.
This means that any shapes added using the add methods, such as GRect, GOval, etc. will be removed, while any shapes drawn directly onto the canvas's background pixel layer by calling the drawXxx methods will be retained.
The shaping of ceramic blanks with conventional machining methods (such as grinding), is a long, labour-intensive and costly process.
Molecular similarity has been measured by a variety of methods including molecular descriptor based similarity, common molecular fragments, graph matching and 3D methods such as shape matching.
Considerable efforts have been dedicated to control the shape and size by different methods such as hydrothermal synthesis, microwave, chemical precipitation and the solid-state thermal decomposition methods.
Flexible models include methods such as active shape models (ASM), active appearance models (AAM), and elastic graph matching (EGM).
To overcome the possible problems of cephalometric midsagittal planes, shape analysis by means of morphometric methods such as Procrustes analysis and Euclidean distance matrix analysis has been applied to study craniofacial asymmetry [ 14, 16– 20].
This allows shape variation to be explored using standard methods such as principal components.
