代码搜索:polyphase

找到约 167 项符合「polyphase」的源代码

代码结果 167
www.eeworm.com/read/149770/12351408

h src_441to32.h

//Include file for 44100Hz to 32KHz. Greatest Common Denominator (GCD) = 320/147. #define HALFB 0 // Half band flag #define NUPST 2 // Number of up stages #define PVTFL 1 // Pivot
www.eeworm.com/read/149770/12351416

h src_48to11025.h

//Include file for 48KHz to 11,025Hz. Greatest Common Denominator (GCD) = 320/147. #define HALFB 0 // Half band flag #define NUPST 0 // Number of up stages #define PVTFL 1 // Pivo
www.eeworm.com/read/149770/12351427

h src_48to2205.h

//Include file for 48KHz to 22,050Hz. Greatest Common Denominator (GCD) = 320/147. #define HALFB 0 // Half band flag #define NUPST 0 // Number of up stages #define PVTFL 1 // Pivo
www.eeworm.com/read/228652/14371431

m test_mw.m

% TEST_MW -- test the subroutines in the mw directory % Copyright (c) 2004 by Fritz Keinert (keinert@iastate.edu), % Dept. of Mathematics, Iowa State University, Ames, IA 50011. % This software m
www.eeworm.com/read/228652/14371592

m symbol.m

function H = symbol(varargin) % SYMBOL -- convert matrix polynomial to symbol % % H = symbol(P,m,r) % H = symbol(P) % % If P has type '', both M and R must be given. % This r
www.eeworm.com/read/292747/8335916

hsmicro

#!/bin/sh SOX=`which sox` HSTEST=`which hstest` if [ -z "$HSTEST" ] then HSTEST="./hstest" fi if [ -z "$1" ] then echo -e "Usage:\n\thsmicro [channel]" exit fi BDADDR=$1 CHANNEL=$2 $H
www.eeworm.com/read/414928/11090886

m lpit.m

%****************************************************************************** % lpit.m % % Use: This program is the main menu for the LPI signal generator % % Inputs: Type of LPI signal
www.eeworm.com/read/149770/12351394

h src_48to8.h

//Include file for 48KHz to 8KHz. Greatest Common Denominator (GCD) = 6/1. #define HALFB 0 // Half band flag #define NUPST 0 // Number of up stages #define PVTFL 0 // Pivot flag
www.eeworm.com/read/127249/14364841

html optimpolymrg.html

optimal polyphase merge
www.eeworm.com/read/127249/14364951

html optpolymrg.html

optimal polyphase merge sort