Sentence examples for developing localization from inspiring English sources

Developing localization algorithms in one-dimensional sensor networks is trivial, due to the fact that existing localization algorithms developed for two- and three-dimensional sensor networks are applicable; nevertheless, analyzing the corresponding localization errors is non-trivial at all, because it is helpful to improving localization accuracy and designing sensor network applications.

In [10 14], the authors developed localization algorithms based on parametric channel model with the help of some known reference positions.

Safe autonomous navigation of aerial microsystems in unknown, cluttered environments is contingent on developing accurate localization estimates within the power and bandwidth constraints imposed by the microsystem.

This paper is devoted to developing the localization operator theory for the continuous Weinstein wavelet transform.

This article presents a new approach for developing a localization algorithm, and has validated the algorithm in a real-life test bed.

We also plan to implement the proposed control schemes on mobile robots which have self-localization capability, such as those used in [3],[5], and develop the local localization technique for multirobot systems [24],[25].

We also compare the DOA estimation and source localization results of the proposed method with those of two other existing methods originally developed for localization of a stationary wideband source; Covariance Matrix Analysis and the Surface Wave Analysis.

Recently we developed supervisor localization, a top-down approach to distributed control of discrete-event systems.

To quantify visual and spatial information in single cells with a throughput of thousands of cells per second, we developed Subcellular Localization Assay (SLA).

This paper presents the METINUS Plus (METhod of Immunohistochemical NUclei Segmentation Plus) method that has been developed for localization and quantification of the regulatory T cells' nuclei.

Although many localization protocols have been proposed for wireless sensor networks in a three dimensional topology, the demand to further improve the accuracy of node positioning method make it necessary to design and develop new localization algorithms.