Sentence examples for queue capacity from inspiring English sources

For simplicity but, without losing generality, we set the queue capacity of S j for type i tasks equal to the task deadline B i,j.

AQM disciplines maintain a shorter average queue length than their drop tail counterparts which drop packets only when the queue capacity is full.

The model is used to manage node queues in a way to avoid packet drop due to the limited queue capacity.

In this way, we can compute the stationary distribution for the Markov chain with a finite or infinite queue capacity in an efficient and unified way.

However, the response time stops decreasing when 34, 25, and 20 servers are available in a data center for a queue capacity of 50, 40, and 30 tasks, respectively.

Table 1 Performance measures Shuttles turnaround time Locks percentage of barges waiting number of barges waiting in queue waiting time of barges in queue Port area number of barges waiting in queue waiting time of barges in queue Capacity utilisation quay length network connections.

We assume that the queue capacities are same at all user nodes.

The approach allows the consideration of several critical design issues such as multi-load vehicles, multi-machine processing workstations, finite queue capacities, and constant work-in-process operating policies.

Tasks of the same type have the same response time constraint, which is equivalent to the queueing capacity for each type.

We also evaluated the average task response time under different input loads, the tasks arrivals with mean n={800,1000,1200} and a server queueing capacity of B=40. Figure 6 shows the average response time for different numbers of servers and different loads (i.e., different number of tasks).

A node may exchange its status slot by slot, which corresponds to the transition from one state to another in the Markov chain as depicted in Fig. 4 a. Figure 4 b shows that the proposed Markov model has limited queuing capacity denoted as M with finite state slots from left to right, which corresponds to 0 state for processing packets in the queue and so on to m packets in the queue (full queue).