"content" sections: abstract, introduction/motivation, data description (how you gathered, cleaned, and processed it), methods, an experiments, related work, references, conclusions (what you learned), directions for future work.
Finally, in order to verify the correctness of the compensation method, an experiment about blackbody is conducted in this paper.
To test the effectiveness of the proposed method, an experiment was conducted with bearing-fault data samples obtained from a test rig.
In order to verify the validity of the new method, an experiment has been designed and the results have been compared with those obtained from the classical digital image correlation method.
To investigate the effectiveness of our method, an experiment was conducted for taking real mid-wavelength infrared (MWIR) images, and the corresponding synthetic MWIR images were simulated by Physical Reasonable Infrared Scene Simulation Engine (PRISSE).
To validate the proposed method, an experiment on a 1-DOF prototype was conducted.
To validate the method, an experiment was performed in real environments with various noise and reverberation conditions.
To test the EXPRSS method, an experiment was conducted in which leaf discs from 5 week old plants of Arabidopsis ecotype Col-0, were treated either with water or flg22 (22 amino acid peptide from bacterial flagellin) for 60 minutes [ 41].
An innovative optimised method, including an experiment and a mathematical model, for the calibration of the force platform location in the optoelectronic reference frame is proposed.
