The phrase "an efficient test" is correct and usable in written English.
You can use it when referring to a test that produces accurate results with minimal waste of resources or time.
Example: "The researchers developed an efficient test to measure the effectiveness of the new drug."
Alternatives: "a streamlined test" or "an effective assessment."
Unfortunately this definition does not result in an efficient test for randomness.
We develop a pretest to determine whether the conventional t-test leads to invalid inference and an efficient test of predictability that corrects this problem.
This has facilitated the design of an efficient test matrix and the development of a gradient-driven, non-linear optimisation algorithm.
At the present time there are no standard specimen's geometries and the indications on literature how to design an efficient test specimen are insufficient.
The introduction of an approximation level for fitness evaluation of generated test data and the definition of an efficient test strategy for processing test goals, increases the performance of evolutionary testing considerably.
The scope of test engineering is not limited to the knowledge of test software and tester resources, and it has become imperative for engineers to be well versed with the system design and modeling aspects so that they can make educated decisions to create an efficient test plan.
This chapter focuses on the process of developing and simulating an efficient test-program.
While research in the lab can be critical to advancing energy technologies, computer simulations are also valuable, serving as an efficient testing ground where new ideas can be explored rapidly and at low risk.
This paper presents levels of knowledge enrichment for designers (multi-scale experiments and models), analysis of process influence on models improvement, and a discussion for an efficient testing strategy (meaning virtual testing in order to reduce the number of tests and their costs).
From a test-taker's perspective, informed disengagement can be regarded as an efficient test-taking strategy as long as the test-taker's perceptions of his or her ability and item difficulty are correct.
In particular, the following principles are adopted as fundamental for an efficient testbed collaboration that provides added value to European research on future networks and services.
