Sentence examples for diverse propagation from inspiring English sources

One the other hand, for environments with more diverse propagation characteristics and larger sender-receiver distances, the same methodology could be used to derive appropriate models for each type of environment.

This is particularly important for the CP mechanism, which would be expected to perform better in denser networks with longer and more diverse propagation paths, leading to less retransmissions.

Due to the unique characteristics of VANETs, such as high mobility with an organized but constrained pattern, and diverse radio propagation conditions, the conventional researches dedicated for general MANETs cannot be directly applied to VANETs.

VANETs have several characteristics that distinguish them from mobile ad hoc networks (MANETs), e.g., high mobility with an organized but constrained pattern, and diverse radio propagation conditions [21]; the corresponding network topology changes rapidly, which in turn leads to frequent network fragmentation, and end-to-end path is not guaranteed.

The diverse strategies of propagation by various species and the emerging characteristics lead to the differences among the seed banks of different communities and the seed banks in different seasons.

The rise of the Paris coefficient m leads to a faster convergence between the different crack paths (i.e. quicker approach of the diverse curves) during fatigue propagation starting from the distinct initial crack aspect ratios.

Antiretroviral drug design and basic virology studies have largely focused on HIV-1 subtype B. There have been few direct comparisons by subtype, perhaps due to the lack of uniform and standardized culture systems for the in vitro propagation of diverse HIV-1 subtypes.

Exosomes play a central role in the intercellular communication and, thereby, also in the propagation of diverse pathologies, in primis cancer [ 6] and inflammatory [ 7] and neurodegenerative [ 8] diseases, by activating signaling cascades in/or delivering bioactive molecules such as lipids, proteins, or RNAs to the recipient cells.

In other words, gap junction has a dynamic behavior in each cardiac cycle, managing different routes of propagation in the diverse moments of normal cycle.

In fact, spectral methods are widely used in diverse applications such as wave propagation (for acoustic, elastic, seismic and electromagnetic waves), solid and structural analysis, marine engineering, biomechanics, astrophysics and even financial engineering.

Since impedances presented by the appliances are quite diverse, the injected signal experiences multipath propagation.