Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In this study  describe a new approach to relate simulator sickness ratings with the main frequency component of the simulator motion mismatch, that is, the computed difference beten the time histories of simulator motion and vehicle motion, respectively. During two driving simulator experiments in the TNO moving-base driving simulator---that re performed for other reasons than the purpose of this study--- collected simulator sickness questionnaires from in total 58 subjects. The main frequency component was computed by means of the por spectrum density of the computed mismatch signal.  hypothesized that simulator sickness incidence depends on this frequency component, in a similar way as the incidence of “real” motion sickness, such as sea sickness, depends on motion frequency. The results show that the simulator sickness ratings differed beten both driving simulator experiments. The experiment with its main frequency component of the mismatch signal of 0.08 Hz had significantly higher simulator sickness incidence than the experiment with its main frequency at 0.46 Hz. Since the experimental design differed beten both experiments,  cannot exclusively attribute the difference in sickness ratings to the frequency component, but the observation does suggest that quantitative analysis of the mismatch beten the motion profiles of the simulator and the vehicle may greatly improve our understanding of the causal mechanism of simulator sickness.
['E.L. Groen', 'Jelte E. Bos']
I am writing a research paper on a idea Simulator sickness depends on frequency of the simulator motion mismatch: An observation
[{"from": "human", "value": "I am writing a research paper on a idea Simulator sickness depends on frequency of the simulator motion mismatch: An observation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In this study  describe a new approach to relate simulator sickness ratings with the main frequency component of the simulator motion mismatch, that is, the computed difference beten the time histories of simulator motion and vehicle motion, respectively. During two driving simulator experiments in the TNO moving-base driving simulator---that re performed for other reasons than the purpose of this study--- collected simulator sickness questionnaires from in total 58 subjects. The main frequency component was computed by means of the por spectrum density of the computed mismatch signal.  hypothesized that simulator sickness incidence depends on this frequency component, in a similar way as the incidence of \u201creal\u201d motion sickness, such as sea sickness, depends on motion frequency. The results show that the simulator sickness ratings differed beten both driving simulator experiments. The experiment with its main frequency component of the mismatch signal of 0.08 Hz had significantly higher simulator sickness incidence than the experiment with its main frequency at 0.46 Hz. Since the experimental design differed beten both experiments,  cannot exclusively attribute the difference in sickness ratings to the frequency component, but the observation does suggest that quantitative analysis of the mismatch beten the motion profiles of the simulator and the vehicle may greatly improve our understanding of the causal mechanism of simulator sickness."}]