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  • Subjects (1 to 30): identifier of a subject who performed an activity.

  • Activity: name of the activity recorded.

  • MeanOfBodyAccelerationInXDirectionInTemporalDomain: mean of the Mean value for the body acceleration along Xaxis.

  • MeanOfBodyAccelerationInYDirectionInTemporalDomain: mean of the Mean value for the body acceleration along Yaxis.

  • MeanOfBodyAccelerationInZDirectionInTemporalDomain: mean of the Mean value for the body acceleration along Zaxis.

  • StandardDeviationOfBodyAccelerationInXDirectionInTemporalDomain: mean of the Standard deviation value for the body acceleration along Xaxis.

  • StandardDeviationOfBodyAccelerationInYDirectionInTemporalDomain: mean of the Standard deviation value for the body acceleration along Yaxis.

  • StandardDeviationOfBodyAccelerationInZDirectionInTemporalDomain: mean of the Standard deviation value for the body acceleration along Zaxis.

  • MeanOfGravityAccelerationInXDirectionInTemporalDomain: mean of the Mean value for the gravity acceleration along Xaxis.

  • MeanOfGravityAccelerationInYDirectionInTemporalDomain: mean of the Mean value for the gravity acceleration along Yaxis.

  • MeanOfGravityAccelerationInZDirectionInTemporalDomain: mean of the Mean value for the gravity acceleration along Zaxis.

  • StandardDeviationOfGravityAccelerationInXDirectionInTemporalDomain: mean of the Standard deviation value for the gravity acceleration along Xaxis.

  • StandardDeviationOfGravityAccelerationInYDirectionInTemporalDomain: mean of the Standard deviation value for the gravity acceleration along Yaxis.

  • StandardDeviationOfGravityAccelerationInZDirectionInTemporalDomain: mean of the Standard deviation value for the gravity acceleration along Zaxis.

  • MeanOfBodyAccelerationJerkInXDirectionInTemporalDomain: mean of the Mean value of the Jerk signal for the body acceleration (from accelerometer) along Xaxis.

  • MeanOfBodyAccelerationJerkInYDirectionInTemporalDomain: mean of the Mean value of the Jerk signal for the body acceleration (from accelerometer) along Yaxis.

  • MeanOfBodyAccelerationJerkInZDirectionInTemporalDomain: mean of the Mean value of the Jerk signal for the body acceleration (from accelerometer) along Zaxis.

  • StandardDeviationOfBodyAccelerationJerkInXDirectionInTemporalDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration (from accelerometer) along Xaxis.

  • StandardDeviationOfBodyAccelerationJerkInYDirectionInTemporalDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration (from accelerometer) along Yaxis.

  • StandardDeviationOfBodyAccelerationJerkInZDirectionInTemporalDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration (from accelerometer) along Zaxis.

  • MeanOfBodyGyrospicInXDirectionInTemporalDomain: mean of the Mean value for the body acceleration (from gyroscope) along Xaxis.

  • MeanOfBodyGyrospicInYDirectionInTemporalDomain: mean of the Mean value for the body acceleration (from gyroscope) along Yaxis.

  • MeanOfBodyGyrospicInZDirectionInTemporalDomain: mean of the Mean value for the body acceleration (from gyroscope) along Zaxis.

  • StandardDeviationOfBodyGyrospicInXDirectionInTemporalDomain: mean of the Standard Deviation value signal for the body acceleration (from gyroscope) along Xaxis.

  • StandardDeviationOfBodyGyrospicInYDirectionInTemporalDomain: mean of the Standard Deviation value signal for the body acceleration (from gyroscope) along Yaxis.

  • StandardDeviationOfBodyGyrospicInZDirectionInTemporalDomain: mean of the Standard Deviation value for the body acceleration (from gyroscope) along Zaxis.

  • MeanOfBodyGyrospicJerkInXDirectionInTemporalDomain: mean of the Mean value of the Jerk signal for the body acceleration (from gyroscope) along Xaxis.

  • MeanOfBodyGyrospicJerkInYDirectionInTemporalDomain: mean of the Mean value of the Jerk signal for the body acceleration (from gyroscope) along Yaxis.

  • MeanOfBodyGyrospicJerkInZDirectionInTemporalDomain: mean of the Mean value of the Jerk signal for the body acceleration (from gyroscope) along Zaxis.

  • StandardDeviationOfBodyGyrospicJerkInXDirectionInTemporalDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration (from gyroscope) along Xaxis.

  • StandardDeviationOfBodyGyrospicJerkInYDirectionInTemporalDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration (from gyroscope) along Yaxis.

  • StandardDeviationOfBodyGyrospicJerkInZDirectionInTemporalDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration (from gyroscope) along Zaxis.

  • MeanOfBodyAccelerationMagnitudeInTemporalDomain: mean of the Mean value of the magnitude of the body acceleration (calculated using the Euclidean norm).

  • StandardDeviationOfBodyAccelerationMagnitudeInTemporalDomain: mean of the Standard deviation value of the magnitude of the body acceleration (calculated using the Euclidean norm).

  • MeanOfGravityAccelerationMagnitudeInTemporalDomain: mean of the Mean value of the magnitude of the gravity acceleration (calculated using the Euclidean norm).

  • StandardDeviationOfGravityAccelerationMagnitudeInTemporalDomain: mean of the Standard deviation value of the magnitude of the gravity acceleration (calculated using the Euclidean norm).

  • MeanOfBodyAccelerationJerkMagnitudeInTemporalDomain: mean of the Mean value of the magnitude of the Jerk signal for the body acceleration (calculated using the Euclidean norm).

  • StandardDeviationOfBodyAccelerationJerkMagnitudeInTemporalDomain: mean of the Standard deviation value of the magnitude of the Jerk signal for the body acceleration (calculated using the Euclidean norm).

  • MeanOfBodyGyrospicMagnitudeInTemporalDomain: mean of the Mean value of the magnitude of the body acceleration (calculated using the Euclidean norm).

  • StandardDeviationOfBodyGyrospicMagnitudeInTemporalDomain: mean of the Standard deviation value of the magnitude of the body acceleration (calculated using the Euclidean norm).

  • MeanOfBodyGyrospicJerkMagnitudeInTemporalDomain: mean of the Mean value of the magnitude of the Jerk signal fot the gravity acceleration (calculated using the Euclidean norm).

  • StandardDeviationOfBodyGyrospicJerkMagnitudeInTemporalDomain: mean of the Standard deviation value of the magnitude of the Jerk signal fot the gravity acceleration (calculated using the Euclidean norm).

  • MeanOfBodyAccelerationInXDirectionInFrequencyDomain: mean of the Mean value of the body acceleration along Xaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanOfBodyAccelerationInYDirectionInFrequencyDomain: mean of the Mean value of the body acceleration along Yaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanOfBodyAccelerationInZDirectionInFrequencyDomain: mean of the Mean value of the body acceleration along Zaxis after applying Fast Fourier Transform. (from accelerometer)

  • StandardDeviationOfBodyAccelerationInXDirectionInFrequencyDomain: mean of the Standard deviation value of the body acceleration along Xaxis after applying Fast Fourier Transform. (from accelerometer)

  • StandardDeviationOfBodyAccelerationInYDirectionInFrequencyDomain: mean of the Standard deviation value of the body acceleration along Yaxis after applying Fast Fourier Transform. (from accelerometer)

  • StandardDeviationOfBodyAccelerationInZDirectionInFrequencyDomain: mean of the Standard deviation value of the body acceleration along Zaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanFrequencyOfBodyAccelerationInXDirectionInFrequencyDomain: mean of the Mean value of the Jerk signal for the body acceleration along Xaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanFrequencyOfBodyAccelerationInYDirectionInFrequencyDomain: mean of the Mean value of the Jerk signal for the body acceleration along Yaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanFrequencyOfBodyAccelerationInZDirectionInFrequencyDomain: mean of the Mean value of the Jerk signal for the body acceleration along Zaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanOfBodyAccelerationJerkInXDirectionInFrequencyDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration along Xaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanOfBodyAccelerationJerkInYDirectionInFrequencyDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration along Yaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanOfBodyAccelerationJerkInZDirectionInFrequencyDomain: mean of the Standard deviation value of the Jerk signal for the body acceleration along Zaxis after applying Fast Fourier Transform. (from accelerometer)

  • MeanOfBodyGyrospicInXDirectionInFrequencyDomain: mean of the Mean value of the body acceleration along Xaxis after applying Fast Fourier Transform. (from gyroscope)

  • MeanOfBodyGyrospicInYDirectionInFrequencyDomain: mean of the Mean value of the body acceleration along Yaxis after applying Fast Fourier Transform. (from gyroscope)

  • MeanOfBodyGyrospicInZDirectionInFrequencyDomain: mean of the Mean value of the body acceleration along Zaxis after applying Fast Fourier Transform. (from gyroscope)

  • StandardDeviationOfBodyGyrospicInXDirectionInFrequencyDomain: mean of the Standard deviation value of the body acceleration along Xaxis after applying Fast Fourier Transform. (from gyroscope)

  • StandardDeviationOfBodyGyrospicInYDirectionInFrequencyDomain: mean of the Standard deviation value of the body acceleration along Yaxis after applying Fast Fourier Transform. (from gyroscope)

  • StandardDeviationOfBodyGyrospicInZDirectionInFrequencyDomain: mean of the Standard deviation value of the body acceleration along Zaxis after applying Fast Fourier Transform. (from gyroscope)

  • MeanOfBodyAccelerationMagnitudeInFrequencyDomain: mean of the Mean value of the magnitude of the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from accelerator)

  • StandardDeviationOfBodyAccelerationMagnitudeInFrequencyDomain: mean of the Standard deviation value of the magnitude of the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from accelerator)

  • MeanOfBodyAccelerationJerkMagnitudeInFrequencyDomain: mean of the Mean value of the magnitude of the Jerk signal for the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from accelerator)

  • StandardDeviationOfBodyGyrospicMagnitudeInFrequencyDomain: mean of the Standard deviation value of the magnitude of the Jerk signal for the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from accelerator)

  • MeanOfBodyGyrospicMagnitudeInFrequencyDomain: mean of the Mean value of the magnitude of the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from gyroscope)

  • StandardDeviationOfBodyGyrospicMagnitudeInFrequencyDomain: mean of the Mean value of the magnitude of the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from gyroscope)

  • MeanOfBodyGyrospicJerkMagnitudeInFrequencyDomain: mean of the Mean value of the magnitude of the Jerk signal for the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from gyroscope)

  • StandardDeviationOfBodyGyrospicJerkMagnitudeInFrequencyDomain: mean of the Standard deviation value of the magnitude of the Jerk signal for the body acceleration (calculated using the Euclidean norm) after applying Fast Fourier Transform. (from gyroscope)