Until recently, human movement analysis has been accomplished using the optical motion
capture system and magnetic tracking system. Even though they are able to capture human …

From the last few decades, a lot of research work has been conducted to develop wireless
sensor networks (WSN) for wide variety of applications such as agriculture and environment …

В первом отечественном руководстве, посвященном чрезвычайно актуальной и
наиболее распространенной форме двигательных расстройств—тремору …

Sensor networks are becoming one of the most used technologies in our lives. Although
there are several surveys about sensor networks, almost all of them focus on theoretical …

The relevance of wearable sensing systems has increased in recent years, particularly in
medicine and sport. In these fields, the main benefit of non-invasive and comfortable …

Presents simulations of an algorithm for estimating linear acceleration of wireless inertial
measurement units based on body model constraints. The behaviour of the proposed …

The invention relates to method and a system of interpreting angular orientation data. It is
determined, whether the angular deviation of a current angular orientation (C) of a sensor …

This chapter reviews the key technologies relevant to the current and future development of
wearable robots. The interface between human and robot can exchange signals in order to …

Abstract Inertial Measurement Units (IMUs) may offer an ecologically valid, reliable, and
practical method for biomechanical performance analysis. With such potential in mind, Part 1 …

Horizontal ground reaction forces (GRFs) due to human walking and swaying have been
investigated (respectively) through direct measurements using a treadmill and a set of force …