Sentence examples for routing conditions from inspiring English sources

Our proposed algorithm follows the last approach but in more realistic routing conditions that makes it appropriate for different kinds of traffics (web surfing, video streaming, email access).

In addition to DTN routing challenges, some features in wireless networks make routing conditions more difficult.

This feature allows the in-degree method to function in situations where asymmetric routing exists without any need for modification (c.f. [7], where the TRW approach required modification to function adequately under asymmetric routing conditions).

Assuming a bandwidth-based QoS model, in performance evaluation of the proposed distributed cache architecture, we use a broad range of realistic network topologies, network traffic conditions, routing protocols, and aggregation techniques to evaluate different aspects of the proposed cache architecture under different conditions.

But the comparison is absurd; the statistic measures a population of professional pilots who undergo mandatory recurrent training twice per year, who fly highly sophisticated machines with triple redundancies and multiple jet engines, with two pilots in the cockpit, supported by an army of mechanics and a massive ground crew feeding them information on weather, routing, and airport conditions.

Figure 9d shows the bundle average delay as function of bundle TTL for the same routing protocol and network conditions.

Figure 8b shows the bundle average delivery delay as function of bundle TTL for the same network conditions and routing protocol.

In this study, a characterization of achievable network lifetime as a function of level of localization of the routing operations under optimal conditions is performed using three localized routing approaches.

These topologies create difficult conditions for routing algorithms, as standard algorithms assume a static, regular link structure and exploit the uniformity of regular meshes to avoid deadlock and maintain routability.

It is shown that the problem of choosing the optimal routing, both under working conditions and under single link failure scenarios, can be cast as a linear program of reasonable size.

The states active (A) and unactive (U) are defined for the different hops and the nodes of the rout considering their condition.