This verification showed that the experimental procedure was accurate.
A simulation verification showed that the simplified model closely approximates the real system.
The result of the verification showed error ratios of −2.57%, −4.25%, 5.25%, and 4.59%, respectively.
The CT verification showed that the phantom EF settings were repeatable and accurate with the EFTrue being within 1% point from the manufacture's nominal value.
The results of verification showed that the coating formed under the optimal process parameter had a valid thickness of 28 μm and a reduction of 0.32 mg in wear resistance test.
Performance results of the implementation and verification showed it is possible to detect at least 32 faces of a wide variety of sizes at a maximum speed of 147 frames per second.
Finally, the new control was implemented at a commercially available small-scale biomass boiler and the experimental verification showed a significant improvement of the operating behaviour in comparison to the conventional control.
A case verification showed that the proposed planning method provided a 56% decrease in nonstandard panel-covered area with 14.1% lower cost than the previous heuristic approach by a formwork expert.
