Sentence examples for constrained traffic from inspiring English sources

One side constrained traffic assignment model is presented based on the local nearsighted user equilibrium principle by taking advantage of network dual equilibrium theorem.

Since a permanent WLAN good connectivity cannot be ensured (even if a multi-hop scheme is adopted) SILVIO uses the 3G access network for critical or real-time constrained traffic (e.g., voice calls), which cannot afford any delays or interruptions.

C. Huang et al. [17] proposed a deterministic EH model for the Gaussian relay channel and studied delay & nondelay constrained traffics.

The definition of the time-triggered Ethernet is as follows [4, 5]: TTE = Ethernet + Clock synchronization + Time-triggered communication + Rate-constrained traffic + Guaranteed transport.

Therefore, the operation and planning of integrated electric and traffic systems is mainly constrained by traffic flows, traffic congestion levels, the road conditions and the potential to extend the road network, user behavior, weather conditions, and other factors [84, 85].  .

Studies have emphasized the critical impact of helicopter transport on trauma mortality rates, since the speed of ambulance transport is limited by road and weather conditions, and may also be constrained by traffic congestion.

The proposed ORPHSN is implemented on the BHSCCS model, each node connection in network topology is assumed traffic loads constrained with an increasing traffic load until 20%%.

The coexistence of RT controlled stations with non-RT stations has been made possible by constraining the traffic behavior of the latter.

Figure 2 802.11e super frame showing HP traffic constrained to the CFP while LP and HP traffic compete for channel access during the CP.

Many applications of WSNs require QoS provisioning for time-constrained traffic, such as real-time target tracking in battlefield environments, emergent event triggering in monitoring applications, etc.

We then use our algorithms to perform an empirical analysis that quantifies the performance gains and losses of the splittable and unsplittable traffic allocation strategies for WSNets with delay-constrained traffic.