惯性平台（inertial platform）是利用陀螺仪在惯性空间使台体保持方位不变的装置，又称 陀螺稳定平台。 它是惯性导航系统中的重要部件。
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inertial platform assembly 惯性平台组件
three-axis inertial platform 三轴惯性平台
inertial platform system 惯性平台系统
inertial platform aiming 惯性平台瞄准
General specification for inertial platform 惯性平台通用规范
Inertial platform alignment 惯性平台对准
inertial platform servo loop 惯性平台稳定回路
floated-ball inertial platform 浮球惯性平台
rate azimuth inertial platform 速率方位惯性平台
Coupling affects the stabilizing accuracy of inertial platforms. In this paper,the coupling effect of a three-axis inertial platform is analyzed and the mathematical models are built;the coupling from the carrier and the cross coupling between the gimbals are also discussed.
耦合是影响惯性平台的稳定精度的主要原因之一。
参考来源 - 三轴惯性平台耦合问题研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Gyroscope static drift coefficient of inertial platform can be separated wholly by using the method.
该方法可完整地分离出惯性平台陀螺仪各项静态漂移系数。
This paper presents a method to calibrate gyro drifts on inertial platform using output of accelerometers.
本文给出了利用加速度计输出标定惯性平台陀螺漂移的方法。
These methods are very helpful to error separation of inertial platform systems or Position Strap-down systems.
此方法对平台系统或位置捷联系统的误差分离具有较重要的参考价值。
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