Sentence examples for resource utilization ratio from inspiring English sources

Prefect fore-separation technology is the precondition and key to realize garbage synthesis treatment and increase resource utilization ratio.

The simulation results demonstrate that the proposed protection strategy can achieve lower protection overhead and higher resource utilization ratio.

Under dynamic traffics with different load, the simulation results show that SAB not only perform better than the previous TSA but also determine the appropriate tradeoffs between the resource utilization ratio and the protection recovery time.

In order to obtain better performances, in SPLB first we consider the techniques of cross-sharing and self-sharing to improve the resource utilization ratio, second we propose a segment protection routing algorithm to overcome the trap problem, and third we design a load balancing method to reduce the blocking probability.

In the procedure, a crossover operator and an insert operator following the update equation of the ABC algorithm are devised to augment the effectiveness of computation, whereas a shift operator subject to the resource utilization ratio value is suggested to diversify the solutions.

Under dynamic traffic with different load, the simulation results show that: SSP provides 100% reliable protection for the dual-link failures; with respect to the previous algorithm, SSP, adds a valuable elasticity between the resource utilization and the protection switching time, and is able to perform higher resource utilization ratio, lower blocking ratio, and faster protection switching time.

To evaluate its performance, a numerical example is conducted; it results in accommodating to external changes well with 55% increase in the resources utilization ratio and 20% reduction in the total physical distribution cost, compared to original delivery pattern.

The implementation results help to access the ratio of power transferred to resource utilization and the ratio of power transferred to power consumed in simplistic wireless power transfer platform.

In most network planning tools, P col(s j),i) is approximated by the estimated physical resource block (PRB) utilization ratio.

So, the relay nodes should be negative for saving relay resources and improving utilization ratio.

As shown by Figs. 7, 8, and 9, the efficient arrangement of the UL-MAP by the GRA decision-making, the GRAMAKA algorithm, has higher throughput than the other two algorithms and the utilization ratio of resources is thus significantly higher.