Jul 12, 2018 · Abstract: The sensor-target placement plays a pivotal role in improving the localization accuracy; the commonly used evaluation function for ...
The sensor-target placement plays a pivotal role in improving the localization accuracy, the commonly used evaluation function for this problem is built by ...
Jul 18, 2018 · Abstract—The sensor–target placement plays a pivotal role in improving the localization accuracy; the commonly used evalua-.
This letter derives an evaluation function by frame theory and proves its equivalence with that by CRLB and FIM for angle-of-arrival based localization ...
In this paper, we consider finding the optimal sensor placements for the TOA, TDOA, AOA and RSS based localization scenarios. We first unify the three ...
Oct 21, 2021 · In [23], the frame theory was used to derive an evaluation function for optimal placement with random numbers of newly added sensors in AOA ...
We revisit the problem of describing optimal anchor geometries that result in the minimum achievable MSE by employing the Cramer Rao Lower bound.
This paper analytically characterises optimal sensor placements for target localisation and tracking in 2D and 3D and presents a gradient control law that ...
In this paper, we consider finding the optimal sensor placements for the TOA, TDOA, AOA and RSS based localization scenarios. We first unify the three ...
Abstract: The path optimisation problem of mobile sensor networks for arrival-of-angle (AOA) target localisation, using the.