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- 基于对偶基的比特并行算法实现RS编码，是实现有限域乘法的指导论文
FDTD_OMP
- 时间域有限差分，三维探地雷达正演并行计算程序——FDTD_OMP-Finite difference time domain, three-dimensional ground penetrating radar forward parallel program- FDTD_OMP
fdtdmpi1
- 时域有限差分的并行运算,matlab编程.主要是并行运算的连接问题的程序-FDTD parallel computing, matlab programming. Mainly connectivity problems in parallel computing procedures
fdtd3D
- 本程序实现在计算电磁学中的三维时域有限差分法-This procedure to achieve in the calculation of three-dimensional electromagnetic finite difference time domain method
Research_on_DTW-based_speech_recognition_for_voice
- 研究了将语音识别中的 ( 动态时间规整) 算法用于声纹鉴别的技术。通过引入 DTW Dynamic Time Warping, , 由所给的有限个样本建立最大相似于样本点的样本域, 计算被测样本的相似度。该算法提高了语 “样本域”的概念 音鉴别( 区分不同发音者) 的效率。有限人数的实验结果显示该算法辨伪率为 ( 人次) , 识别率 (98.75 400 81~93 80 人次) 。-Will be studied in speech recognition (dynamic
FDTDprogram
- 一个有关时域有限差分方法研究吸收边界条件的程序-A related time-domain finite-difference method of procedure for absorbing boundary conditions
AnalogVoiceSignal
- 观测实时模拟信号（语音）的频谱 用音频设备采集一段语音，将语音存为.wav格式。对wav文件作分段傅里叶变换分析。语音是分音节的，应把它分段分析，而且实际运用中的数字信号处理的FFT的点数是有限的，一般只能达到千点。用傅里叶反变换IFFT，从频域恢复信号。画出频谱图和语音波形图。 -Observing real-time analog signal (voice) of the spectrum collected with the audio devices section of
fdtd
- fdtd时域有限差分法基于c++的实现，可以有效模拟地质雷达的电磁波-fdtd FDTD method is based on the realization of c++, can effectively simulate the electromagnetic GPR
winxm
- 时域有限差分方法，一维电磁波在色散介质中的传播和散射3D分析方法，fdtd-Finite difference time domain method, one-dimensional propagation and scattering of electromagnetic waves in dispersive media 3D analysis methods, fdtd
3D-FDTD(Fortran)
- 一个Fortran语言编写的三维时域有限差分程序-A Fortran language dimensional FDTD program! ! !
Finite-field-arithmetic
- 通过编程，实现在有限域上的加减乘除运算，以GF（2^8）为例，最终得出结果。-Through programming, implemented on a finite field arithmetic operations in GF (2 ^ 8), for example, the final outcome.
fdtd2D
- 二维时域有限差分法的MATLAB程序，包括吸收边界条件等-Two-dimensional finite-difference time-domain method MATLAB, including absorbing boundary conditions
fdtd_32
- 时域有限差分方法计算电磁波在二维真空中的传播特性，激励源为正弦波，PML边界-Finite difference time domain method to calculate the transmission characteristics of electromagnetic wave in 2 d vacuum, excitation source of sine wave, the PML boundary