More recently, researchers have started to explore alternative methods of using patch, with an eye towards improving its effectiveness (e.g., [ 12, 13]).
Several example cases are presented to demonstrate the validity and utility of approximate methods for patch damping design concepts.
Here we present a new, objective method of locating patch boundaries across the cortical surface.
Here we carry out an extended application of this method to patch borders (homogeneous or heterogeneous in their point edge effects) of any geometry and to point edge effects of any kind, no matter how irregular or complex these might be.
Specifically, in their method, new modeling of patch priority and patch representation, which are two crucial steps for patch propagation in an exemplar-based inpainting approach, based on sparsity is adopted.
This paper develops three approximate methods for the analysis of patch damping designs.
Methods: Of 704 patients patch-tested at the University of Kansas Medical Center with the North American Contact Dermatitis Group's standard allergen tray and/or the University of Kansas "shoe and rubber" tray, 70 patients presented with a clinical pattern suggestive of ACD of the foot.
We report extensive experiments comparing the proposed method to six state-of-the-art methods, RP, Patch, LBP, WMFS and the methods of Lazebnik et al. and Zhang et al., in texture classification on five databases: CUReT, Brodatz, UIUC, UMD and KTH-TIPS.
To compare two methods of postoperative dressing regimen: patching vs "instant vision" without patch.
Compared to the methods of planar and lateral patch clamp, the micro glass pipette provided better seal formation [14].
