'cost-effective performance' is a correct and usable phrase in written English.
It can be used to describe any performance aimed at achieving results with fewer resources than would otherwise have been necessary. For example, "We increased our profits through a cost-effective performance that minimized waste and streamlined our processes."
Simulation results confirm that the optimum backhaul solution is a combination of various options, which can overcome inherent scenario constraints while providing a cost-effective performance.
Meanwhile, the CdS@rGO CE possesses the robust stability and the cost-effective performance in addition to the high power conversion efficiency.
On the basis of thermally stable Li3V2(PO4)3/C and cost-effective performance carbon additives, we designed a Li3V1.97Zn0.05(PB4)3/(C+10PB) (PB stands for performance carbon additives PBX101) cathode that meets the above requirements for PHEVs battery.
The cost-effective performance of structures under natural hazards such as earthquakes and hurricanes has long been recognized to be an important topic in the design of civil engineering systems.
Such a process could allow cost-effective performance of the assays and standardization of the technologies.
Another method could identify the species of organisms with cost-effective performance, i.e., genome profiling (GP) [ 25].
Reported researches have showed meaningful cost-effective performances, but suitable methods for practical commercialization such as simple mass production were still remained ongoing researches.
The theoretical analysis presented in this paper can be applied to assist electrode development through complicated multi-layer configuration for cost-effective high performance electrodes.
Although these passive bearing systems are seemingly rather cost-effective, motion performance and motion capabilities are limited compared to active systems using multiple servo loops.
In this paper, cost-effective analytical performance models are devised for a new hybrid scheduling scheme based on the integration of the well-known Priority Queueing (PQ) and Weighted Fair Queueing (WFQ) scheduling principles.
Using synchronous detection, we were able to use a conventional UHF RFID reader integrated circuit for the method, leading to a cost-effective, high-performance solution.
