The short-range localization capability is becoming one of the most attractive features of the ultra-wideband (UWB) radar systems.
The advantage is that when GPS signals are unavailable at times, the method can still achieve short-range localization by using other feature spaces.
Presented are slip activity trends as a function of microstructure and initial slip system strengths, as well as results concerning the development of long-range localization of plasticity as a function of the microstructure.
In this context, through this paper we propose a method for communication using low-cost and low complexity hardware architecture which can perform ranging, localization, and communication.
Compared to range-free localization, range-based localization provides higher precision.
To overcome the drawbacks of the range-based schemes, range-free localization schemes solve the localization problem with network topology information.
Meanwhile, many efforts in signal processing devote to estimate range or localization with a chirp signal [3, 4].
The particle filter(PF) has during the last decade been proposed for a wide range of localization and tracking applications.
In particular, despite their limited chemical diversity, our data was consistent with styryl molecules displaying a broad range of localization features, including probes that selectively labeled nuclei [26], nucleoli [6], plasma membrane [47] as well as other components [48, 49].
Maximum likelihood (ML) estimator can be adopted in the second step of range-based localization if the variances of range measurements are available.
To decouple the range-angle coupling response of targets, a simple range-azimuth localization of targets is proposed in [22] by adopting a uniform linear array (ULA) double-pulse FDA radar.
