visual3d:documentation:inertial_measurement_units_overview
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| visual3d:documentation:inertial_measurement_units_overview [2026/06/09 19:04] – wikisysop | visual3d:documentation:inertial_measurement_units_overview [2026/08/18 20:18] (current) – julia | ||
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| - | ====== Inertial Measurement Units Overview ====== | + | ====== Inertial Measurement Units (IMU) Overview ====== |
| =====Inertial Measurement Units===== | =====Inertial Measurement Units===== | ||
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| Accelerometers measure linear acceleration in three axes (X, Y, Z), while gyroscopes are sensors that measure angular velocity around three axes (X, Y, Z). Magnetometers measure the strength of a magnetic field in three axes (X, Y, Z). Combined, you get position, translational and rotational information about a segment. These signals are fused to estimate the pose of the associated segment. | Accelerometers measure linear acceleration in three axes (X, Y, Z), while gyroscopes are sensors that measure angular velocity around three axes (X, Y, Z). Magnetometers measure the strength of a magnetic field in three axes (X, Y, Z). Combined, you get position, translational and rotational information about a segment. These signals are fused to estimate the pose of the associated segment. | ||
| - | Note that the coordinate systems of the units are aligned. The coordinate systems of the individual | + | Note that the coordinate systems of individual |
| Visual3D extracts the pose information from IMU systems that write out an MVNX file. **It does not read in the raw IMU data.** | Visual3D extracts the pose information from IMU systems that write out an MVNX file. **It does not read in the raw IMU data.** | ||
visual3d/documentation/inertial_measurement_units_overview.1781031865.txt.gz · Last modified: by wikisysop