Sentence examples for testing this methodology from inspiring English sources

By presenting and testing this methodology it is intended that this work contributes to the claim of different authors regarding the benefits of using pneumatic muscles as reliable bio-inspired actuators in applications such as orthopaedic rehabilitation equipment and in the design of wearable robotic devices for knee motions.

Additionally, future work could benefit from testing this methodology using more realistic scenarios, such as repeating the experiment with smaller input concentrations, or using partially degraded samples that may be more representative of RNA that may be extracted from clinical or from field-based studies.

In particular, the objective of this paper is to test this methodology through an application case.

Further research could explore more conflictual or controversial ambiguities to test this methodology in other settings.

We tested this methodology in 59 air dried soil cores varying between 85 and 130 cm depth from the HWCPID, NSW, Australia.

We tested this methodology on the ambiguity surrounding the effect of an ecological process on a potential innovation in biological control, and it proved useful in eliciting ambiguity.

We aimed to test this methodology in a Web-based IME that replicated the trial component of an earlier, paper-based IME.

The paper uses a fuel cell electrode model to test this methodology and presents a real time algorithm for coupling experiment with the parameter estimation and experimental optimization.

We test this methodology in two ways using a set of small scale IGAs implemented in communities adjacent to the Uzungwa Scarp proposed Nature Reserve in the Tanzanian Eastern Arc Mountains.

We tested this methodology on benchmark epileptic EEG database.

We selected two fibrin targeting peptide-chelator conjugates with known differential metabolic behavior and their corresponding gallium and indium complexes to test this methodology.