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Master's Thesis from the year 2012 in the subject Computer Science - Miscellaneous, grade: 1, Middlesex University in London, language: English, abstract: This thesis presents an approach of developing FUGL-MEYER test using Microsoft Kinect. This method of developing the application for FUGL-MEYER test will change the measurement format from subjective to objective. This approach can solve the intertester reliability problem of the FUGL-MEYER test. Software developed to calculate the different joint angles so that it can give measurements in objective format and data get stored in text file in respective tests folder. Testing has been done with human skeleton to check the distance from Kinect which gives the more accurate results with minimum deviation. This thesis also gives some future development ideas. Main aim of this study is to apply this approach in development of FUGL-MEYER test to enhance the current measurement strategy the test.
Master's Thesis from the year 2012 in the subject Computer Science - Miscellaneous, grade: 1, Middlesex University in London, language: English, abstract: This thesis presents an approach of developing FUGL-MEYER test using Microsoft Kinect. This method of developing the application for FUGL-MEYER test will change the measurement format from subjective to objective. This approach can solve the intertester reliability problem of the FUGL-MEYER test. Software developed to calculate the different joint angles so that it can give measurements in objective format and data get stored in text file in respective tests folder. Testing has been done with human skeleton to check the distance from Kinect which gives the more accurate results with minimum deviation. This thesis also gives some future development ideas. Main aim of this study is to apply this approach in development of FUGL-MEYER test to enhance the current measurement strategy the test.
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