Sentence examples for mobility and changing from inspiring English sources

In wireless communications, deterioration in performance is experienced due to various impediments such as interference, fluctuations in power due to reflections and attenuation, and randomly-varying channel conditions caused by mobility and changing environment.

Uncontrolled network dynamics (such as users' mobility and changing atmospheric conditions) are modeled as external excitations changing the energy of the system, and topology control mechanisms are developed as internal system reactions that minimize its potential energy.

In this paper, we have presented a novel dynamic topology control approach for next-generation wireless networks, which are becoming increasingly complex systems due to their heterogeneity (hierarchical architectures with diverse communication technologies) and dynamic behavior (high node mobility and changing atmospheric conditions).

The project will transform the area by burying a highway and building a park on top, creating new spaces for non-motorized mobility and changing the land occupation model to serve housing and commercial purposes.

In order to investigate whether mobility effects may be explained by changing socioeconomic circumstances, a first adjusted model regressed both residential mobility and changing SES on BMI without controlling for other possible confounders (Model 4).

The results of the model exploring the independent effects of mobility and changing SES, together with the two models adjusted for confounders are presented in Table 4. Model 4 reveals that prior to controlling for any other explanatory variables, an increase in SES was significantly positively associated with BMI for females (β=0.21, SE=0.11).

Ad hoc networks have limited physical security, less infrastructure, restricted power supply, mobility network, and changing network topology [40-44] [40-44]

Ad hoc networks have limited physical security, less infrastructure, restricted power supply, mobility network, and changing network topology.

Globalization and changing mobility patterns have significantly altered the urban landscapes of Latin America over the past decades.

The reversal mechanism consists of, for example, binding directly to P-gp, inhibiting the transport function of drug efflux, increasing the intracellular accumulation of the drug and changing lipid mobility in the plasma membrane [ 4, 10, 11, 12].

Dr. Christoph Braun, Managing Partner at Acton Capital, echoes this sentiment, noting that the notion of mobility is changing, and argues that technologies such as electric vehicles or self-driving cars will no longer be bought or leased in the traditional way.