Gyroscope: Difference between revisions
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[[ | [[Gyroscope]] is a device that utilizes the gravity of earth to indicate the object's orientation. It consists of a freely-rotating disk mounted onto the center of larger wheels. The spinning axis of the disk is free to assume any orientation. When spinning, orientation of the disk is unaffected by any tilting or change in orientation of the outer wheels. | ||
Gyroscopes in electronic devices are tiny MEMS versions that are part of the integrated circuit. | |||
In [[virtual reality|virtual]] and [[augmented reality]], gyrscopes are often part of [[IMU]]s used for [[rotational tracking]]. They are used to track the [[rotational movements]] of pitch, yaw, and roll. | In [[virtual reality|virtual]] and [[augmented reality]], gyrscopes are often part of [[IMU]]s used for [[rotational tracking]]. They are used to track the [[rotational movements]] of pitch, yaw, and roll. | ||
Latest revision as of 00:53, 3 July 2015
Gyroscope is a device that utilizes the gravity of earth to indicate the object's orientation. It consists of a freely-rotating disk mounted onto the center of larger wheels. The spinning axis of the disk is free to assume any orientation. When spinning, orientation of the disk is unaffected by any tilting or change in orientation of the outer wheels.
Gyroscopes in electronic devices are tiny MEMS versions that are part of the integrated circuit.
In virtual and augmented reality, gyrscopes are often part of IMUs used for rotational tracking. They are used to track the rotational movements of pitch, yaw, and roll.