"equivalent techniques" is a grammatically correct and commonly used phrase in written English.
It refers to different methods or approaches that produce the same outcome or result. One could use this phrase in various contexts, such as discussing problem-solving strategies, artistic methods, or scientific experiments. Example: "In order to find the most efficient solution, we compared several equivalent techniques and determined that approach A yielded the best results."
A representative set of experiments shows that the proposed approach can outperform other equivalent techniques published recently.
A biological background assumption in this argument is that equivalent biological processes follow when equivalent techniques are applied.
Reliability network equivalent techniques have been successfully used to represent reliability models of market participants in the restructured power systems [18, 19, 20, 21].
By using Jacobi-Anger expansions, the sound reductions resulting from the angle modulation effects of these two equivalent techniques are predicted.
Furthermore, its accurate analysis with LCM or equivalent techniques is necessary, as supportive mesenchymal tissue surrounding tumor cells clearly can influence results.
Equivalent techniques can be developed and employed to study the evolutionary consequences of other mechanisms of nongenetic inheritance as well.
Note that an equivalent technique has been used to measure the retardance of half-wave retarders with monochromatic light [22].
DNAse hypersensitivity or equivalent technique in WT, Clock mutant or Usf1 knockout mice will strengthen the conclusion.
Several recent proposals have shown the feasibility of significantly speeding-up pattern matching by means of Full Search-equivalent techniques, i.e. without approximating the outcome of the search with respect to a brute force investigation.
Consequently, equivalent modeling techniques are needed to simulate the pattern-specific distortions induced during pattern transfer.
To facilitate pattern transfer simulations, equivalent modeling techniques have been developed using finite element methods, and applied to specific test patterns.
