Sentence examples for inertial devices from inspiring English sources

This special issue is another testimony to this 'technology spread', featuring a number of high-quality research contributions based on different technologies such as acoustics, sensor networks, inertial devices, opportunity radio signals, etc.

The principles of construction and design features of inertial devices with gasstatic support developed for using on booster rockets and space vehicles of different types are set up for the first time.

Software simulation and experimental results show that the proposed damping network not only eliminate high frequency noise component of inertial devices, but also effectively inhibit high & low frequency error of DVL reference velocity.

The principles of construction and design features of inertial devices with gas-static support developed for using on booster rockets and space vehicles of different types are set up for the first time.

The inertial device measures angular velocities and linear acceleration along the vertical and horizontal fronto-parallel axes.

The proposed polymer sensor utilizes the fringe electrical field, which requires no metallization process on the polymer, hence greatly simplifying the fabrication process to create a polymer capacitive inertial device.

Compared to the previous work, the phase noise model in this paper matches the experiments results more precisely, and could provide guidance and reference for design in MEMS inertial device.

Recent technological advances have prompted the development of Robot-Assisted Movement Therapy [ 14], Virtual Reality Technology [ 15] and Inertial Tracking Devices to assist with stroke rehabilitation [ 16- 18].

The system uses inertial tracking devices worn on the upper arm, wrist and chest to record kinematic data from the users when they are undertaking the prescribed exercise [ 24].

Inertial motion devices represent an alternative to laboratory based instrumented gait analysis for objective gait assessments: inertial motion systems are easy to use and over the last decade have become smaller and less expensive, and hence have been increasingly used for many clinical applications including activity monitoring [ 11] and gait analysis [ 12, 13].

Up to the moment, only two techniques (such as membrane microfilter device [ 15, 28, 29] and inertial separation device [ 24, 34]) are reported with high capture efficiency when the devices are tested with the whole blood samples (refer to Table 1).