将本文提出的分批估计算法应用于粮仓监测装置，并给出相应的硬件配置。
Applied the batch estimate arithmetic to granary monitor device and provide relevant hardware configuration.
介绍了该系统的检测原理、系统硬件设计和软件算法流程。
The inspecting principle, system hardware design and software flow are introduced.
该算法无需增加额外的硬件开销，容易实现。
The algorithm requires on additional hardware overhead and achieve easily.
重点分析了同步算法的硬件连接方法以及软件算法的实现过程。
The implementation of connection in hardware and arithmetic in software is analysed.
因此在目前的计算机硬件条件下，算法和显示系统的研究仍有很大的空间。
Then the study of new algorithm and display system still has a large space.
该定位算法无需硬件的扩展。
The algorithm is easy to implement and does not need to hardware extension.
完成了实时处理系统的算法设计和硬件设计。
The design of algorithms and hardware has been achieved in this thesis.
除了必要的硬件支持，快速有效的处理算法也是必须的。
In addition to the necessary hardware support, quick and efficient processing algorithms are also necessary.
它还提供详细的硬件平台的视频水印算法的研究。
It also gives detail study of video watermarking algorithm on hardware platform.
它还提供详细的硬件平台的视频水印算法的研究。
It also gives detail study of video watermarking algorithm on hardware platform.
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