代码搜索：polyphase

找到约 167 项符合「polyphase」的源代码

代码结果 167
热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
www.eeworm.com/read/149770/12351383

h src_11025to16.h

//Include file for 11025Hz to 16000Hz. Greatest Common Denominator (GCD) = 441/640. #define HALFB 0 // Half band flag #define NUPST 0 // Number of up stages #define PVTFL 1 // Piv
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www.eeworm.com/read/149770/12351387

h src_32to48.h

//Include file for 32KHz to 48KHz. Greatest Common Denominator (GCD) = 4/6. #define HALFB 0 // Half band flag #define NUPST 1 // Number of up stages #define PVTFL 1 // Pivot flag
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www.eeworm.com/read/149770/12351391

h src_16to11025.h

//Include file for 16KHz to 11025Hz. Greatest Common Denominator (GCD) = 640/441. #define HALFB 0 // Half band flag #define NUPST 0 // Number of up stages #define PVTFL 1 // Pivot
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www.eeworm.com/read/149770/12351396

h src_16to2205.h

//Include file for 16KHz to 22050Hz. Greatest Common Denominator (GCD) = 320/441. #define HALFB 0 // Half band flag #define NUPST 1 // Number of up stages #define PVTFL 1 // Pivot
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www.eeworm.com/read/149770/12351404

h src_441to48.h

//Include file for 44.1KHz to 48.0KHz. Greatest Common Denominator (GCD) = 147/160. #define HALFB 0 // Half band flag #define NUPST 2 // Number of up stages #define PVTFL 1 // Piv
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www.eeworm.com/read/149770/12351412

h src_8to2205.h

//Include file for 8KHz to 22050Hz. Greatest Common Denominator (GCD) = 160/441. #define HALFB 0 // Half band flag #define NUPST 0 // Number of up stages #define PVTFL 1 // Pivot
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www.eeworm.com/read/149770/12351421

h src_8to11025.h

//Include file for 8KHz to 11025Hz. Greatest Common Denominator (GCD) = 320/441. #define HALFB 0 // Half band flag #define NUPST 1 // Number of up stages #define PVTFL 1 // Pivot
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www.eeworm.com/read/228652/14371424

m projection_factor.m

function [F,Ft] = projection_factor(U,V,m,r) % PROJECTION_FACTOR -- build projection factor % % F = projection_factor(U,m,r) (orthogonal) % [F,Ft] = projection_factor(U,V,
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www.eeworm.com/read/210580/15195779

m fmt_awgn_bse_dfe_ser.m

function [ratio, errors] = FMT_AWGN_BSE_DFE_SER(SNRpBit,modulation,alphabet) % This file is used to simulate performance of the FMT system % with different modulation method in baseband. echo off
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www.eeworm.com/read/389321/8533595

m ppdec.m

function [p0, p1] = ppdec(x, type) % PPDEC Parallelogram Polyphase Decomposition % % [p0, p1] = ppdec(x, type) % % Input: % x: input image % type: one of {1, 2, 3, 4} for selecting sampling
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