The paper focuses on the hardware design of vector signal processing module and the software realization of cross'spectral algorithm.
着重介绍了矢量信号处理模块的硬件设计以及互谱算法的软件实现。
The analysis result shows that the design of hardware platform is the solid base of many kinds of algorithm verification, production design and SOC realization for image fusion.
分析结果表明，该硬件平台为多种融合算法验证、产品设计和SOC芯片级实现奠定了坚实的基础。
This paper clarifies the principle, application, hardware structure and realization of the CORDIC algorithm in detail.
详细阐述了CORDIC算法的原理、应用、硬件结构和实现。
This paper puts emphasis on the realization of the hardware circuit and the algorithm.
本文重点在硬件电路设计和算法实现。
Therefore, improving the key technologies of AMR algorithm and researching to the hardware realization platform have important practical value and a good prospect of application.
所以对AMR算法关键技术的改进及其硬件实现平台的研究，具有重要的理论研究价值和实际应用前景。
The numerical experiment shows the merit of this algorithm is only involving in integer calculation, and better for the hardware realization.
数值试验表明，该技术计算复杂度小、构造简单易实现、具有较好的去噪效果和融合稳定性，对系统测量精度的提高帮助更大。
The algorithm has lower complexities and good parallel architecture, and is suitable for the high-speed low-power hardware realization and real-time processing.
该算法复杂度低，并行性好，支持高速低功耗硬件实现，能实现对空间数据的实时处理，在空间探测领域具有良好的应用前景。
The orientation information of the sun, the moon and the earth, together with ephemeris are utilized to develop autonomous navigation algorithm, as well as its realization by DSP hardware.
在小样本观测数据情况下，研究利用日地月方位信息和日月星历表进行航天器自主导航以及利用DSP实现航天器自主导航器的技术。
The orientation information of the sun, the moon and the earth, together with ephemeris are utilized to develop autonomous navigation algorithm, as well as its realization by DSP hardware.
在小样本观测数据情况下，研究利用日地月方位信息和日月星历表进行航天器自主导航以及利用DSP实现航天器自主导航器的技术。
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