Non-Gaussian fluctuating wind pressure occurs in the separation zone of a structure, which
will cause structural fatigue damage. The study of non-Gaussian wind pressure, accordingly, …

The study about the extreme value estimation of non-Gaussian wind pressure signals is
crucial for structural safety or health monitoring. This is because the long tail region of the non-…

A novel method for analyzing the resonance and vibration cancellation of simply supported
bridges in the frequency domain by using moving load amplitude spectrum (MLAS) is …

In order to effectively reduce the vertical vibration response of the bridge, this paper proposes
a frequency-domain analysis method of bridge vibration that can consider the influence of …

The rational estimation of extreme wind speeds is crucial. As reported, in the Chinese area,
the measured wind speed variation from different meteorological observatories shows a …

The performances of wireless communication systems are strongly limited by the nonlinearities
that exist in the transceiver. We first study the effect of nonlinearities of power amplifiers …

The in‐motion alignment for the underwater strapdown inertial navigation system is still a
challenging problem due to various disturbances in the underwater environment. In this paper, …

In this paper, an in-motion initial alignment algorithm based on Lie group matrix kalman
filter is proposed. According to the Lie group's properties and the attitude optimization-based …

A time-varying Kalman filter is proposed to solve the problem of remote estimation with sensor
scheduling and measurement loss. The statistical properties of the estimation error are …

Aimed at the alignment problem of strapdown inertial navigation system (SINS) on the swing
base, a novel coarse alignment method using special orthogonal group optimal estimation …