subject string | file string | window_idx int64 | start_sample int64 | gesture_label int64 | tier string | score int64 | laws_passed string | laws_failed string | verdict string | recommendation string | wavelet_signal_type string | wavelet_cv float64 | wavelet_entropy float64 | synthetic_flag bool | n_issues int64 | issues string |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
s2 | S2_E1_A1.mat | 0 | 0 | 0 | BRONZE | 52 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | BRONZE — Degraded data quality. Review before training. | Review flagged issues before using for training. Consider removing this window. | biological | 0.812 | 0.922 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 1 | 500 | 0 | SILVER | 56 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.353 | 0.92 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 2 | 1,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.54 | 0.904 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 3 | 1,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.813 | 0.877 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 4 | 2,000 | 0 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.413 | 0.888 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 5 | 2,500 | 0 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.415 | 0.908 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 6 | 3,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.451 | 0.875 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 7 | 3,500 | 1 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.771 | 0.891 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 8 | 4,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.471 | 0.917 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 9 | 4,500 | 0 | SILVER | 61 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.523 | 0.92 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 10 | 5,000 | 1 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.635 | 0.896 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 11 | 5,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 1.007 | 0.902 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 12 | 6,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.461 | 0.919 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 13 | 6,500 | 0 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.342 | 0.923 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 14 | 7,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.331 | 0.908 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 15 | 7,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.379 | 0.911 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 16 | 8,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.705 | 0.909 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 17 | 8,500 | 0 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.523 | 0.92 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 18 | 9,000 | 1 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.766 | 0.913 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 19 | 9,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.576 | 0.911 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 20 | 10,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.663 | 0.922 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 21 | 10,500 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.295 | 0.92 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 22 | 11,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.344 | 0.908 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 23 | 11,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.985 | 0.922 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 24 | 12,000 | 0 | SILVER | 73 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | uncertain | 0.105 | 0.914 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 25 | 12,500 | 0 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.949 | 0.906 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 26 | 13,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.279 | 0.915 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 27 | 13,500 | 2 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.537 | 0.921 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 28 | 14,000 | 0 | SILVER | 73 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.232 | 0.907 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 29 | 14,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.479 | 0.919 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 30 | 15,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.21 | 0.916 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 31 | 15,500 | 2 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.747 | 0.918 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 32 | 16,000 | 0 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.578 | 0.915 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 33 | 16,500 | 2 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.861 | 0.913 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 34 | 17,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.307 | 0.92 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 35 | 17,500 | 2 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.541 | 0.914 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 36 | 18,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.416 | 0.917 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 37 | 18,500 | 2 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.901 | 0.906 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 38 | 19,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.75 | 0.926 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 39 | 19,500 | 2 | SILVER | 64 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.285 | 0.899 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 40 | 20,000 | 0 | SILVER | 59 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.396 | 0.902 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 41 | 20,500 | 2 | SILVER | 61 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.593 | 0.922 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 42 | 21,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.275 | 0.913 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 43 | 21,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.592 | 0.916 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 44 | 22,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.441 | 0.905 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 45 | 22,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.332 | 0.914 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 46 | 23,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.185 | 0.917 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 47 | 23,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.703 | 0.916 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E1_A1.mat | 48 | 24,000 | 0 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.368 | 0.903 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E1_A1.mat | 49 | 24,500 | 0 | SILVER | 63 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.557 | 0.888 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 0 | 0 | 0 | SILVER | 63 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.358 | 0.915 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 1 | 500 | 0 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.484 | 0.918 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 2 | 1,000 | 0 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.425 | 0.909 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 3 | 1,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.311 | 0.895 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 4 | 2,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.535 | 0.906 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 5 | 2,500 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.204 | 0.889 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 6 | 3,000 | 0 | SILVER | 57 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.155 | 0.885 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 7 | 3,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.536 | 0.894 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 8 | 4,000 | 1 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | uncertain | 0.146 | 0.902 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 9 | 4,500 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.56 | 0.892 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 10 | 5,000 | 0 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.346 | 0.904 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 11 | 5,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.266 | 0.904 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 12 | 6,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.317 | 0.907 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 13 | 6,500 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.202 | 0.906 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 14 | 7,000 | 0 | SILVER | 72 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.287 | 0.9 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E2_A1.mat | 15 | 7,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | uncertain | 0.083 | 0.908 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 16 | 8,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.206 | 0.903 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 17 | 8,500 | 0 | SILVER | 61 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.236 | 0.896 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 18 | 9,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.181 | 0.881 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 19 | 9,500 | 1 | GOLD | 75 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | GOLD — Excellent data quality. Safe for robot training. | Data is ready for robot training pipelines. | biological | 0.229 | 0.905 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E2_A1.mat | 20 | 10,000 | 1 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.167 | 0.912 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 21 | 10,500 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.228 | 0.9 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 22 | 11,000 | 0 | SILVER | 73 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.544 | 0.909 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E2_A1.mat | 23 | 11,500 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.389 | 0.906 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 24 | 12,000 | 1 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.228 | 0.909 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 25 | 12,500 | 0 | SILVER | 71 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.305 | 0.898 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E2_A1.mat | 26 | 13,000 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.559 | 0.891 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 27 | 13,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.251 | 0.908 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 28 | 14,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.67 | 0.902 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 29 | 14,500 | 0 | SILVER | 69 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.226 | 0.913 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E2_A1.mat | 30 | 15,000 | 0 | SILVER | 71 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.58 | 0.905 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E2_A1.mat | 31 | 15,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.547 | 0.855 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 32 | 16,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.505 | 0.896 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 33 | 16,500 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.598 | 0.879 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 34 | 17,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.818 | 0.899 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 35 | 17,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.731 | 0.898 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 36 | 18,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.754 | 0.892 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 37 | 18,500 | 0 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.361 | 0.914 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 38 | 19,000 | 2 | SILVER | 59 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.338 | 0.911 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 39 | 19,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.646 | 0.91 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 40 | 20,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.791 | 0.91 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 41 | 20,500 | 0 | SILVER | 59 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.248 | 0.907 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 42 | 21,000 | 2 | SILVER | 55 | inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | resonance_frequency | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.806 | 0.913 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 43 | 21,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.437 | 0.909 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 44 | 22,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.756 | 0.904 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 45 | 22,500 | 0 | SILVER | 69 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.308 | 0.91 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
s2 | S2_E2_A1.mat | 46 | 23,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.498 | 0.896 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 47 | 23,500 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.227 | 0.907 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 48 | 24,000 | 2 | SILVER | 66 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.523 | 0.888 | false | 4 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU ... |
s2 | S2_E2_A1.mat | 49 | 24,500 | 0 | SILVER | 69 | inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency | null | SILVER — Good data quality. Minor physics anomalies present. | Data is usable. Consider applying a low-pass filter at 12Hz to improve quality. | biological | 0.386 | 0.893 | false | 3 | Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal ... |
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