This paper presents a numerically efficient approach to optimally place wireless sensors for
3-dimensional (3D) angle-of-arrival (AOA) target localization. The proposed algorithm …

In theera of Internet of Things (IoT), sensor plays a more vital role and its quality has a great
impact on final measurement. From the viewpoint of final measurement, there are two kinds …

Optimal sensor placement (OSP) plays a key role in the construction and implementation of
an effective structural health monitoring system (SHM). In this study, a novel and effective …

Aiming to address the issue of assessing the effectiveness of target damage in air defense
interception under projectile and target intersection, this paper proposes a novel target …

Redundant design can improve the performance of an inertial navigation system, and the
configuration is an important factor in determining the accuracy and reliability of the …

xThis article deals with the problem of considering both robust fault detection and accurate
state estimation for a strapdown inertial navigation system and global navigation satellite …

In this paper, two novel methods to mitigate lever arm effect in Redundant Inertial
Measurement Units (RIMUs) are proposed with different approaches. With the presence of a …

In this paper, we propose an iterative algorithm named PGPAL for the phase-retrieval
problem under the scenario when the measurements follow Poisson plus Gaussian (PG) …

In order to scientifically evaluate the target damage effectiveness when warhead fragments
formed by projectile explosion attack targets, this paper proposes a new method by using …

This study investigates a data fusion method for underwater multi-inertial navigation based
on topological distribution constraints, aimed at improving the positional accuracy of …