The phrase "achieve higher levels of efficiency" is correct and usable in written English.
You can use it when discussing improvements in productivity or effectiveness in a process, system, or organization.
Example: "By implementing new technologies, we aim to achieve higher levels of efficiency in our operations."
Alternatives: "attain greater efficiency" or "reach improved efficiency levels."
However, for desktop PC distributed computing to be widely accepted within the enterprise, the systems must achieve high levels of efficiency, robustness, security, scalability, manageability, unobtrusiveness, and openness/ease of application integration.
The latter complements signalling systems in terms of traffic management improvement procuring permanent information to drivers about train times with respect to the published timetable in order to achieve higher levels of punctuality, improvement of energy efficiency and avoidance of conflicts with other trains [105, 138].
This empowers the four actors to overcome the specific barriers to innovation and thus enabling the overall GNSI, through increased effectiveness and efficiency, to achieve higher levels of competitiveness.
The private sector had achieved higher levels of technical efficiency, but lower percentages of efficiency and year-end bonus payments.
The experimental results show that the evaluation ratio of intelligent processing that more than 80 points is up to 83.0%, the average ratio is 75.9%, and the average processing time is about 0.23 s per image, which can greatly reduce the workload and blindness of methods selection and achieve higher level of comprehensiveness and operational efficiency.
The economic value of an integrated community campaign appears substantial: the ability to achieve high levels of coverage with economic efficiency equal or potentially superior to non-integrated (vertical) programs, without having to organize multiple programs.
For example, some authors suggest that when estimates of basin-wide efficiency approach 100%, there is little opportunity to save water by improving water management and achieving higher levels of classical, farm-level efficiencies in upstream portions of an irrigated region.
Current levels of resource and energy consumption indicate that not all of the world can achieve high levels of development.
Therefore, to contrive nanomaterials for biomedical applications, it is imperative to rationally engineer nanomaterials with controlled physicochemical properties to dictate nano-bio interface toward desired interactions to achieve highest level of safety with better functionality, sensitivity, efficiency and specificity.
The aim of this research is to develop an operational protocol which achieves high levels of thermal and mechanical efficiency and within which salt is conserved by first concentrating the surface discharge of saline in an evaporation pond followed by its re-circulation to the base of the pond via a salt charger.
