Basically, they wanted to observe acceleration patterns in the feet during a normal gait cycle. While this information is easy to gather through accelerometer technology, it is difficult to analyze the data and synchronize it with a timeline for stages of the gait cycle.
To solve this problem, I synchronized accelerometer technology with force plate technology, from which I could very easily extract precise moments where feet make contact with the floor (called HeelStrike in gait analysis) and moments where feet released contact (ToeOff). Since it was my experiment, I figured why not use myself as a test subject! Here is a sample video from one of my experiments:
The results of my experiment turned out extremely well, and I was able to compare my results to other gait acceleration studies--some conducted here at CogNac-G. On June 12, presented my results to a research group called Le Centre de Mathématiques et de Leurs Applications (CMLA) at l'École Normale Supérieure and became the first teenager to ever conduct and present independent research for CogNac-G. Since some of the people in the meeting didn't speak French, my presentation was in "Frenglish."
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