搜索资源列表
mm1n
- M/M/1/N 排队模型仿真，计算DRAM刷新能量，以及包丢失率理论值和仿真值的比较。-M/M/1/N queuing model simulation, computational power DRAM refresh, and the packet loss rate of the theoretical values and simulation values of the comparison.
speech
- 语音信号时域特性分析，包括时域谱，短时过零率分析，短时幅值，短时能量，自相关函数-Analysis of time-domain characteristics of speech signals
mp_image_inpaiting
- 可实现对残缺图像的修复，应用了基于mp算法的图像稀疏分解思想。过程中考虑到了原子库原子的能量特性-Enables the restoration of fragmentary images, applications mp-based algorithm for image sparse decomposition ideas. The process of taking into account the characteristics of atomic energy of the atom
wsn-dijkstra
- 这个程序为能量均衡的无线传感器的最短路径路由算法matlab 编程。-This process is energy balanced shortest path routing in wireless sensor algorithm matlab programming.
LenafftLog
- 对图像进行傅里叶变换，其频谱图能量集中在一点，通过对其对比度进行扩展，则图像的频谱图更加清晰，本程序实现了此过程。-Fourier transform of the image, and its energy concentrated in the frequency spectrum that the expansion of its contrast, the frequency spectrum of the image more clearly, the procedures for t
snr
- 计算信噪比，计算公式是信号能量比上噪声能量-SNR Calculation，signal power divide noise power
wavepenergy
- 小波包能量代码，利用db1小波将信号分解和重构，然后计算小波系数的平方，进行正则化-Wavelet packet energy code, the use db1 wavelet signal decomposition and reconstruction, and then calculate the square of wavelet coefficients, the regularization
2-dwt
- 利用matlab实现二维离散小波变换的源代码，并比较不同小波下的图像数据统计参数，同时比较小波变换后不同边缘延拓方法下的能量分布特点-Matlab to achieve the two-dimensional discrete wavelet transform source code, and compare different wavelet image data statistical parameters Compare wavelet transform edge extension
yinpinfenxiyi
- 大学生电子竞赛论文报告-音频信号分析仪。主要利用频谱分析原理，频谱分析是把信号的能量用频率的函数显示出来-Undergraduate Electronic Thesis Competition Report- audio signal analyzer. The main principle of the use of spectrum analysis, spectrum analysis is used to signal the frequency of the energy functi
txt
- 我们知道，图像压缩就是要寻找高压缩比、并使压缩后的图像有合适的信噪比的方法，对压缩后的图像还要能实现低失真度地恢复图像。压缩性能的评价标准之一是图像能量损失和零系数成分值。能量损失越小，零系数成分值越大，图像压缩的性能就越高。 -We know that image compression is to find a high compression ratio, and the compressed image signal to noise ratio suitable metho
sum1all
- 一个毕业程序设计，是用小波和支持向量机对电能质量扰动的识别与分类，主要利用的能量特征。-A graduate program design is the use of wavelet and support vector machines for power quality disturbance recognition and classification, the main characteristics of energy use.
FDTD_debug
- 时域有限差分法，计算一维的光子晶体能量的变化-FDTD method to calculate one-dimensional photonic crystal energy changes
FDTD_2D_Yee_2D_TM_final
- FDTD，计算二维光子晶体，能量变化，速度非常快-FDTD, calculated two-dimensional photonic crystal, the energy changes very fast
FairingCurves
- 对三次样条曲线进行光顺,采用已有的Kjellander和Polikoff算法进行，以及新的精确能量光顺法-Of cubic spline smoothing curves, using the existing algorithm Kjellander and Polikoff, and the new precision energy smoothing method
voice_activity_detection
- 传统的有声无声检测方法只能在相对安静的环境下（<20dB）进行。因此传统方法不能满足噪声环境下的检测要求；另一方面，一直以来，单通道语音增强没有取得突破性进展，一个很重要的原因是没有找到高效的有声无声检测方法。研究了一种有声/无声检测算法是根据信号低频带、高频带短时能量包络的动态变化范围来判别噪声和含噪语音。对每一帧输入信号，通过与预先设定的一系列门限值比较来判断该帧是信号帧还是噪声帧。本设计使用了这种检测方法，选用北京瑞泰创新科技有限公司开发CETECK-VC33-D板，配合自己制作的前
pipeilvboqifangzhenshixian
- 实现匹配滤波仿真的两个程序，每个程序生成四个图，可以通过比较验证信号的时延不影响匹配滤波的输出信噪比，及不同信号信噪比与信号波形无关，只与信号能量有关-Matched filter to achieve the two simulation procedures, each of the programs to generate the four plans, you can verify by comparing the signal delay does not affect the mat
radaranti
- 本书介绍雷达对抗原理，包括雷达对抗概述、雷达信号频率的测量、雷达的方向测量和定位、雷达侦察的信号处理、雷达侦察作用距离与截获概率、遮盖性干扰、欺骗性干扰、干扰机组成及干扰能量的计算以及对雷达的无源对抗技术-The book introduced the principle of radar confrontation, including an overview of radar confrontation, radar signal frequency measurement, the dir
PowerMaxImageFusion
- 图像融合是图像处理的一个研究热点，这里提供一种方法即局部能量最大选取规则图像融合法-Image fusion is image processing of a research hot spot that is here to provide a way to select the rules of the local energy of the largest image fusion method
agc_energy_acum
- 自己写的汇编，完成agc控制，对收下来的数据进行能量统计，完成自动增益控制-Write their own compilation agc complete control of data collection from the energy statistics, the completion of AGC
SEP_LEACH
- 改进SEP_LEACH协议代码-无线传感器网络基于能量的分簇算法源码-SEP_LEACH agreement to improve the code- wireless sensor networks based on energy source Clustering Algorithms