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advanced_signal_processing
- 现代数字喜好处理的MATLAB程序代码，包含随机过程分析，各种功率谱估计（欧拉方程法、协方差算法、burg算法、修正协方差算法、等等），维纳滤波器的设计、自适应滤波器的设计。 note：里面包含一些很实际的算法设计，比如说：没有发送序列的自适应噪声抵消技术，etc .还包含了详细的设计报告！-Preferences of modern digital processing MATLAB code, including the random process analysis, a variety
Autocorrelation-of-the-AR-power-spectrum-estimatio
- 自相关算法的AR功率谱估计，分析了AR 模型参数自相关算法并用MATLAB 工具实现了该算法的功率谱估计-Auto-correlation algorithm AR power spectrum estimation, analysis of the AR model parameters since the correlation algorithm and implemented using MATLAB tools for power spectrum estimation of the
AR-model-power-spectrum-estimation-algorithm
- AR模型功率谱估计的典型算法比较及MATLAB实现-AR model of a typical power spectrum estimation algorithm for comparison and MATLAB implementation
TASL_16(6)_1112-1123
- Tracking of Nonstationary Noise Based on Data-Driven Recursive Noise Power Estimation
RAKE_FPGA
- RAKE技术与CDMA系统相结合，能够带来系统容量和通信质量的极大提 高。根据军事通信中对设备便携性及低功耗的特殊要求，本文研究了一种便携式 基站的收发系统，重点研究了其中的RAKE接收部分。给出了系统的发送方案和 接收方案，对接收机部分所涉及的关键技术和算法，包括数字下变频技术、匹配相关技术、多径搜索技术、信道估计技术、解调及多径合并技术进行了较为详细的分析和说明。在此基础上，运用VHDL语言进行了硬件平台上FPGA部分的功能实现，并对整个系统进行了调试，给出了一些相关的仿真及测试
Power-Spectrum--simulation-in-Matlab
- 功率谱估计 经典的功率谱估计是将数据工作区外的未知数据假设为零，相当于数据加窗。经典功率谱估计方法分为：相关函数法、周期图法以及改进的周期图估计法即平均周期法和平滑周期图法； 1相关函数法 2周期图法 3平均周期图法和平滑平均周期图法-Power spectrum estimation is the classical power spectrum estimation of work zone data assumed to be zero outside the known
distribution-power-system
- 配电系统潮流计算及状态估计,详细介绍了配电系统中潮流计算的软件设计流程及状态估计算法-distribution power flow and state estimation
Power-estimation-and-low-power-
- 集成电路功耗估计及低功耗设计， 动态功耗估计及优化，静态功耗估计及优化-Power estimation and low-power integrated circuit design, power estimation and optimization of dynamic and static power estimation and optimization
Random-signal-spectrum-estimation
- 随机信号 功率谱估计 对随机信号的功率谱采用自相关函数法和周期图法进行估计-Random signal power spectrum estimation using the autocorrelation function method and the periodogram method to estimate the power spectrum of random signals
Two-Channel-Estimation-Methods-for-a-Power-Effici
- Two channel estimation methods for a power efficient turbo decoder This paper appears in: Microwave Conference (EuMC), 2011 41st European Date of Conference: 10-13 Oct. 2011 Author(s): El-Banna, A.A.A. Commun. & Electron. Dept., Benha U
Power-spectrum-estimation
- 从介绍功率谱的估计原理入手分析了经典谱估计和现代谱估计两类估计方法的原理、各自特点厦在Maflab中的实现 方法。-Start from the introduced power spectrum estimation principle analysis of the classical spectrum estimation principle of two types of estimation methods and modern spectral estimation, the r
n-bus-Power-Flow-Solver-1
- DEscr iptION: This Matlab algorithm performs many tasks associated with power system analysis. First, it has the ability to perform both fully coupled and dc power flow analysis. Second, it has the ability to create measurements (with user-
n-bus-Power-Flow-Solver-2
- DEscr iptION: This Matlab algorithm performs many tasks associated with power system analysis. First, it has the ability to perform both fully coupled and dc power flow analysis. Second, it has the ability to create measurements (with user-
n-bus-Power-Flow-Solver-4
- DEscr iptION: This Matlab algorithm performs many tasks associated with power system analysis. First, it has the ability to perform both fully coupled and dc power flow analysis. Second, it has the ability to create measurements (with user-
matlab-spectrum-estimation
- matlab经典、现代功率谱估计.、MATLAB实现程序及注解-matlab classic, modern power spectrum estimated. MATLAB procedures and comments
Based-on-the-classic-power-spectrum
- 基于matlab的经典功率谱估计(有源程序)-Based on the classic power spectrum estimation matlab (source)
8.7-state-estimation
- satate estimation in power systeme
Regional Cardiac Motion and Strain Estimation in Three-Dimensional Echocardiography: A Validation Study in Thick-Walled
- Automatic quantification of regional left ventricular deformation in volumetric ultrasound data remains challenging. Many methods have been proposed to extract myocardial motion, including techniques using block matching, phase-based correlation, dif
spectrum-estimation-
- MATLAB中几种功率谱估计函数的比较分析与选择-MATLAB power spectrum estimation function of several comparative analysis and selection
wind power prediction
- 准确的风电功率预测有利于含大规模风电电力系统的安全可靠、持续稳定运行，掌握风电功率预测误差的分布特征，对风电大规模并网有重要意义。以吉林省某风电场的实测数据为例，对风电功率进行超短期预测，利用非参数估计对预测误差分布进行拟合，分析了非参数估计与预测方法、预测时间间隔、预测误差概率分布形态以及风电场装机容量的关系，验证了所提出方法的有效性。(Accurate wind power prediction is conducive to safe, reliable, continuous and s