采用TAS跟踪方式时，反应时间主要取决于目标个数和速度，与搜索帧周期关系不大。
The reaction time of TAS mainly depends on the number and velocity of target, and is little effected by the frame period of searching.
卫星云图的帧周期变化，数据是突发性的。为了提取帧同步信号，研制出“定位孔径技术”，可靠地提取帧同步信号。
The frame period of satellite image changes suddenly, a positioning aperture technique is implemented to reliably acquire the frame period.
游戏在快速的硬件下不会有问题，但就像第一个解决方案，你浪费了太多的时钟周期，这本来能提供更高的帧速率。
The game will have no problems on fast hardware, but like the first solution, you are wasting so many precious clock cycles that can be used for a higher framerate.
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