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DFG
- 数学形态学的数学基础和所用语言是集合论，因此它具有完备的数学基础，这为形态学用于图像分析和处理、形态滤波器的特性分析和系统设计奠定了坚实的基础。数学形态学的应用可以简化图像数据，保持它们基本的形状特性，并除去不相干的结构。数学形态学的算法具有天然的并行实现的结构， 实现了形态学分析和处理算法的并行，大大提高了图像分析和处理的速度。-The mathematical basis of mathematical morphology and the language is set theory, s
pptGa3
- basic knowldge about genetic algorithm
OPTICS-algorithm---Wikipedia--the-free-encycloped
- OPTICS ("Ordering Points To Identify the Clustering Structure") is an algorithm for finding density-based clusters in spatial data. It was presented by Mihael Ankerst, Markus M. Breunig, Hans-Peter Kriegel and Jö rg Sander[1]. Its basic idea is
Binary-Patch-Comparison
- 针对软件二进制补丁分析过程，提出一种指令归一化算法，用于判别补丁前后的相应基本块内指令是否发生重排序-Aiming at the analyzing process of software binary patch, this paper proposes an instruction normalization algorithm to distinguish whether the corresponding basic blocks are reordered
Digital-image-processing
- 该教程详细介绍了数字图像处理实习预备知识,包括平台搭建,位图文件存取与 显示功能的实现,可以让读者掌握数字图像处理基本算法设计和基本操作技能.-The tutorial details the internship prior knowledge of digital image processing, including the platform, the realization of the bitmap file access and display capabilities, all
SFS
- 关于SFS算法的综述性文章，介绍了求解传统SFS 问题的4 类方法中几个典型算法的基本原理及求解方法, 并给出了实验结果, 然后从算法解的唯一性、对真解的逼近程度、求解效率及适用范围等方面对这4 类算法进行了比较和评价.-Review articles on SFS algorithm, this paper introduces four kinds of methods in solving traditional SFS in basic principle and solving met
zpav
- ZPAV 是以小波，降维，剪切零树，运动估计，算术编码等算法为理论基础的音视频编解码协议，具有压缩率高，比特率低而稳定， 应用领域广，发展潜力大，延拓性好，复杂度适中，易于集成电路实现等特点，是理想的信源编解码协议。-ZPAV (H265) is audio-visual codec protocol, very different from H264/MPEG4, ZPAV (H265) basic algorithm is wavelets, SPIHT, BSW, MMW, .....
Optimizing-Spatial-Filters-for-Robust-EEG-Single-
- ue to the volume conduction multichannel electroencephalogram (EEG) recordings give a rather blurred image of brain activity. Therefore spatial filters are extremely useful in single-trial analysis in order to improve the signal-to-noise ratio.
DTW_myths
- Detailed descr iption about Dynamic time warping, which is a popular algorithm in audio signal processing and recognition. In this documents, basic DTW algorithm is discussed and a few important charactors of the algorithm is pointed out. The common
wsn-for-DSP-system
- 一种改进的粒子滤波算法的研究 粒子滤波基本原理，通过改进权重计算、重采样算法， 计算速度得到提高。改进的算法在DSP系统中进行目标跟踪仿真，证明其具有速度快、 精度高的特点-An improved study the basic principles of particle filter particle filter algorithm, recalculation by improving the rights, resampling algorithm to calculate the s