Sentence examples for mobility configurations from inspiring English sources

Reconfigurable parallel mechanisms (RPMs) have the advantages of high stiffness, good dynamic performance due to their parallel structures, and can reconfigure themselves into various mobility configurations to accommodate different task requirements, which indicate that RPMs have the potential to be used in multidirectional additive manufacturing.

This is done by adding a new entity, named Mobile Access Gateway (MAG) that takes over the responsibility of mobility configuration from the MN.

CONCLUSION AND DISCUSSION: This investigation demonstrated an age effect for selected measures of axial mobility, sagittal configuration, and physical performance thought to depend on axial motion.

The removal of the hematoma and decreasing VA-ECMO flow rate on trial allowed us to inspect the mobility and configuration of the bioprosthetic valve under increased right ventricular output, which further elucidated the cause of mitral stenosis (MS) accompanied by a rapid increase in PAP and pulmonary edema.

These requirements include signaling, registration, dynamic configuration, mobility binding, location management, Authentication Authorization and Accounting (AAA), and quality of service over a variety of radio access network (RAN) technologies (e.g. 802.11b, CDMA/GPRS).

To provide a user with a real-time accurate e-commerce recommendation system and personalized shopping experience, its dynamic evolutionary process requires collection of the user's specific needs and mobility management and configuration for each user with a user's demand and personalized data collection of mobile terminal and its application.

Their throughput measurements, although do not consider at all IP mobility or addressing configuration issues, show that with a feasible APs deployment they could get good throughput values during all the drive and for a fair amount of time (the time fraction with throughput equal to zero was around 30%).

The importance and strenghts of Multibody System (MBS) simulation allows uniquely to investigate a wide range of potential rover configurations and mobility performance on various terrains.

We used this form of potential function because it has led to accurate modeling of experimentally accessible quantities such as layer spacing and interlayer species configuration and mobility.

The RRC protocol covers a number of functional areas, including the broadcasting of system information, RRC connection control, network controlled mobility procedures, and measurement configuration and reporting.

What should be the focus of this report is the type of sensor and server connection function to move with the user mobility; and a system configuration with greater coverage is considered possible as a form to supplement this by linking to a system in which sensors are fixed, etc., as shown in Fig. 1(f).