First, the SPIHT coded streams is segmented by LIP and LIS. CRC code is implemented to conceal error propagations within each segment.
首先，SPIHT编码流根据LIP和LIS分段，应用于每一段码流的CRC检错码把错误的传播限制在每一段内。
And in the midcourse velocity correction segment, effects on the state error propagation caused by attitude errors and control system performance of the chasing satellite were studied.
在中途速度修正段，分析了追踪航天器姿态误差和控制系统性能误差对状态误差传播的影响。
In the free flight segment, effects on the state error propagation caused by prior state estimation errors and orbit determination errors of the chasing spacecraft were studied.
在自由飞行段，分析了追踪航天器估计状态误差的先验值和测轨误差对状态误差传播的影响。
The principle of bi-arc segment approximating mode is analyzed. According to the analysis of the error, the manufacture requirement is satisfied with the analyzed arc interpolating curves.
分析了双圆弧拟合的原理，并对逼近误差进行分析，满足了加工拟合曲线的要求。
Importantly, each layer USES a single, interleaved parity byte to provide error monitoring across a particular segment, along the end-to-end SONET path.
更重要的是，每一层都使用一个单一的，交错的校验字节提供一个特定的市场上的错误监测以及终端到终端的SONET路径。
Four-segment connecting and standard resistance comparison methods are adopted to reduce the system error.
测试采用与标准电阻相比较的方法，消除了测试电流不稳定性对测量值的影响。
Four-segment connecting and standard resistance comparison methods are adopted to reduce the system error.
测试采用与标准电阻相比较的方法，消除了测试电流不稳定性对测量值的影响。
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