New and efficient command strategies and algorithms are needed in the field of wind turbine
energy generation to ensure power quality according to international standards. However …

This paper presents a bond graph model for the dynamics of sit-to-stand (SiTSt) and stand-to-
sit (StTSi) motions. It is hypothesized that, for these motions, the central nervous system …

The construction of a rigid body biomechanical model with higher ordered controller design
is a challenging task due to the complicated architecture and complexity of human intended …

Sit-to-stand movement (STS) is a mundane activity, controlled by the central-nervous-system
(CNS) via a complex neurophysiological mechanism that involves coordination of limbs for …

The sit-to-stand (STS) model from a biomechanical point of view is an enormously important
subject, with motor controls simulating human intended behavior. Physiological motion …

Wearable computing systems are capable of unobtrusively and continuously monitoring
humans by collecting reliable data. Situation-aware human activity recognition, based on …

An enhanced control scheme of a double-powered asynchronous generator (DPAG)
integrated into a variablespeed contra-rotating wind turbine (VSCRWT) generation system is …

In the article titled “Cartesian Control of Sit-to-Stand Motion Using Head Position
Feedback”[1], similarity with the methodology used and an amount of text overlap has been …

Introdução: Para a realização das diversas tarefas funcionais do dia a dia, o controlo
postural torna-se um requisito fundamental para uma eficiente orientação postural …