我们的目标是要防止写出一个病态的、锁定所有物理内存、让系统崩溃的程序。
The goal is to prevent an ill-behaved application from locking up all of the physical RAM and bringing down the system.
自动跟踪系统有自动锁定工况和人工锁定工况两种目标锁定方式。
Auto-tracking System has two kinds of target lock-on mode such as auto lock and manual lock.
并通过静态目标锁定实验和动态目标跟踪对比实验，检验了该视觉跟踪系统和速度反馈pid控制算法的性能。
By the experiment of fixing static object and contrasting experiments of tracking moving object, the capability of the visual tracking system and the velocity PID control algorithm is tested.
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