The core of stabilization platform is the attitude measurement and control of the carrier. The traditional stabilization platform bases onplatform or strap-down inertial system, uses mechatronics or photoelectronical inertial sensor component.
稳定平台的核心问题是载体姿态测量和控制技术，传统的稳定平台以平台式或捷联式惯导系统技术为基础，使用一些机电或光电惯性敏感元件，技术复杂且造价很高，因而载体姿态测控技术也成为稳定跟踪平台发展的难点。
参考来源 - 移动载体稳定跟踪平台测控技术研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The core of stabilization platform is the attitude measurement and control of the carrier.
稳定平台的核心问题是载体姿态测量和控制技术。
As the input of the navigation control system, attitude measurement to be high performance, small size and low power is the most important thing.
而姿态测量作为导航控制的输入，如何做到高精度，小体积，低功耗更是无人机研究的一个重中之重。
Control and application of satellite formation require measurement of the formation states, including absolute and relative position, attitude and clock bias separately.
编队卫星的控制和应用需要确定编队卫星的运动状态，包括卫星绝对的和相对的位置、姿态以及钟差。
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