原创标题: | Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array | ||
论文摘要: | 摘要: 摘要需要准确、简洁、清晰和完整地概括论文的主题、目的、方法、结果和结论,以便可以快速了解论文的核心内容。本文论述了Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array在当前一些问题,了解论文Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array背景,本文从论文角度/方向/领域进行关于Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的研究; 针对Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array问题/现象,从Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array方面,利用Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array方法进行研究。目的: 研究Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array目的、范围、重要性;方法: 采用Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array手段和方法;结果: 完成了Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array工作取得的数据和结果; 结论: 得出Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的重要结论及主要观点,论文的新见解。 [关键词]:Dete;Detectio; array |
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论文目录: | Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array目录(参考) 中文摘要(参考) 英文摘要Abstract 论文目录 第一章 引言/绪论…………………1 1.1 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array研究背景…………………2 1.2 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array研究意义…………………2 1.3 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array国内外研究现状…………………2 1.3.1 国外研究现状…………………2 1.3.2 国内研究现状…………………2 1.4 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array文献综述…………………2 1.4.1 国外研究现状…………………2 1.4.2 国内研究现状…………………2 1.5 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array研究的目的和内容…………………3 1.5.1 研究目的…………………3 1.5.2 研究内容…………………3 1.6 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array研究的方法及技术路线…………………3 1.6.1 研究方法…………………3 1.6.2 研究技术路线…………………3 1.7 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array拟解决的关键问题…………………3 1.8 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array创新性/创新点…………………3 1.9 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array本章小结…………………3 第二章 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array基本概念和理论…………………4 2.1 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的定义和性质…………………4 2.2 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的分类和体系…………………4 2.3 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的研究方法…………………5 2.4 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的基本理论…………………5 第三章 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的构成要素/关键技术…………………6 3.1 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的组成部分…………………6 3.2 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的功能模块…………………6 3.3 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的内容支持…………………7 第四章 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的案例分析/应用领域……………… 8 4.1 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array问案例分析……………………………………… 9 4.2 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的数据分析………………………………9 4.3 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array研究策略 ………………………………………10 4.4 本章小结 ………………………………………………10 第五章 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的设计、评价与优化………………………10 5.1 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的解决措施 …… ………… 11 5.2 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的评价 ………………… 12 5.3 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的优化 …………………… 13 5.4 本章小结 ………… ………… 13 第六章 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array的经验总结与启示………………………15 6.1 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array经验总结…………………15 6.2 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array研究启示……………………16 6.3 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array未来发展趋势…………………… 16 6.4 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array本章小结…………………… 16 第七章 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array总结结论与建议………17 7.1 结论概括……………17 7.2 根据结论提出建议……………17 7.3 本章小结……………17 第八章 Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array结论与展望/结束语……………………………23 8.1 研究成果总结……………………………23 8.2 存在问题及改进方向……………………………23 8.3 未来发展趋势……………………………23 致谢 ………………………………………24 参考文献 ……………………………………… 25 论文注释 ………………………………………26 附录 …………………………………………27 | ||
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参考文献: | Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array参考文献类型:专著[M],论文集[C],报纸文章[N],期刊文章[J],学位论文[D],报告[R],标准[S],专利[P],论文集中的析出文献[A] |
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文献综述结构: | Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array文献综述参考
Detection of number of sources and DOA estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array国外研究 |
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