Sentence examples for switch allocation from inspiring English sources

After that, the run time scheduling mechanism is applied to improve the buffer management, virtual channel and switch allocation schemes and hence, the constructed paths are optimized dynamically.

In this chapter, we try to reduce the communication latency by proposing a single-cycle router architecture with wing channels, which forward the incoming packets to free ports immediately with the inspection of switch allocation results.

In this paper, we try to reduce communication latency by proposing single-cycle router architecture with wing channel, which forwards the incoming packets to free ports immediately with the inspection of switch allocation results.

4E F) indicate that a switching allocation strategy remains very effective even when there is a cost w>0 to deviating from the physiologically optimal allocation point of v = 0.7 for our baseline parameters (Fig. 1).

The managers will switch their allocation as conditions change.

Thus, the responses of flowering duration in this study are probably mediated through similar pathways at the genetic level that determine the switch to allocation to reproduction.

It is possible to create a fully diversified portfolio consisting entirely of ETFs and to switch the allocation of that portfolio within seconds.

The access network design problem seeks to find an optimal location of switch and allocation of demands such that the total cost of switch and fiber cable is minimized, while satisfying switch port constraint, switch capacity constraint, and no-split routing constraint.

But in September, in a little noticed liberalization of the rules, the IRS said you can switch that allocation once a year.

However, the type of processes that are initiated depends on the levels of IGF-1, with low levels sending the body into a self-preservation mode, switching energy allocation away from the reproductive organs and devoting resources to maintenance and DNA repair.

Topics include M/M/1, M/G/1, G/M/m, and G/G/1 queues; queueing networks and loss networks; network architectures and protocols; media access control, multiplexing, and switching; resource allocation and congestion control; local area networks, TCP/IP Protocol in Internet, and B-ISDN ATM networks.