| 1. | Super resolution reconstruction of video sequence based on adaptive filter
基于自适应滤波的视频序列超分辨率重建 |
| 2. | Super resolution pitch detection based on band - partitioning spectral entropy and signal decomposition in dct domain
分带谱熵与信号分解的高精度基音检测算法 |
| 3. | Under the background of the radar , the super resolution algorithms and the array ambiguity are discussed in this paper
基于雷达背景,本文对超分辨算法进行了分析和研究,并探讨了阵列模糊问题。 |
| 4. | The technology of super resolution in image sequences uses superfluous information among image sequences to rebuild an image with higher resolution
图像序列超分辨率处理就是利用图像序列中帧与帧之间存在的互补信息,重构一幅高分辨率图像。 |
| 5. | We can get higher resolution from two ways , one is improving hardware , the other is processing image in software . amelioration of hardware is costly , so super resolution is observing after its appearance
由于从硬件方面提高图像分辨率的代价十分高昂,因此,依靠算法软件实现超分辨率的技术一出现,就受到了极大的关注,现在,其研究成果已被广泛应用于各个领域。 |
| 6. | The essence and the function of these features is focused in this chapter . chapter 3 introduces the basic algorithm of melp vocoders , and some advanced skills such as muti - stage vector quantization and super resolution pitch detect algorithm . chapter 4 utilizes the analysis platform to
第四章利用在matlab上搭建的分析平台上对语音信号进行了编解码的试验，分析了melp声码器的各种特征在语音编码中起到的作用。 |
| 7. | High frequency radar is also a high frequency ground wave super resolution radar used on the seaside , and meantime it is one of projects of national 211 for building subject . this paper based on high frequency radar and modern signal processing describes the component of the high frequency radar on function and hardware . the signal that the radar system used mostly decides the capability and the complex of the radar
雷达系统所用的信号体制、信号形式决定了在很大程度上决定了雷达的性能指标,雷达系统的复杂度,本文主要研究基于软件高频雷达的多体制信号的数字化产生与接收,目的在于产生一种或者多种能够软件高频雷达所适用的信号,并且这种信号不会给小型化的系统处理带来过高复杂性。 |
| 8. | The static recording by sil system is performed on phase - change medium , and the recorded line width is thinner by the factor of 1 . 44 than the recording width without sil system . the properties of sb layer super resolution near - field structure is also studied . the sin / sb / sin film structure is deposited on substrate of k9 glass by rf sputtering technology
Sil飞行头系统与光数据存储光学头实验系统相结合，在相变记录介质上得到了0 . 45 m的静态记录线宽，该结果与非sil存储系统的记录线宽( 0 . 65 m )相比压缩了1 . 44倍。 |
| 9. | The super resolution effect of sb layer super resolution structure is also investigated with near - field scanning optical microscope . in addition , a rigorous three - dimensional ( 3d ) optical electromagnetic finite - difference time - domain ( fdtd ) model for analysis of a sil system is detailed . in order to accurately analyse sil model , a new method of setting a focused gaussian beam source in fdtd grids is presented
此外，本文还建立了对sil系统光传输特性进行模拟的时域有限差分程序，提出一种在fdtd模拟的离散空间设置会聚高斯光源的新方法，并模拟了会聚高斯光束在sil系统中的传输，研究了sil在不同离焦情况下底面出射光场幅度及光束半径的变化规律，为sil存储系统的优化设计提供了理论依据。 |
| 10. | By applying a pump - probe method , the variation of transmissivity of sb layer super resolution structure is observed . the variation reveals that the sb layer we sputtered does have the super resolution effect . the nonlinear optical properties of sb layer are also investigated by z - scan method
为了研究基于sb多层膜的介质超分辨高密度光存储技术，制作了sin sb sin超分辨结构膜系，通过泵浦-探测法观察到了sb膜系透射率的变化，验证了制作的sb超分辨膜系具有超分辨效应；利用z扫描的方法测量了sb超分辨结构的非线性折射率系数；并利用nsom系统对sb超分辨膜系的超分辨特性进行了尝试性测量。 |
