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📄 经典算法源代码.htm

📁 一些经典的数字信号处理算法方面的c源代码。
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<P><FONT color=#008040 size=7>经典算法源代码</FONT></P>
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    <TD height=41><FONT color=#008000 size=6>C 
SourceCode</FONT></TD></TR></TBODY></TABLE>
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    <TD width="63%" height=34>
      <DIV align=left>
      <DL><B><FONT size=5>Filtering Functions</FONT> </B></DL>
      <P><A 
      href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/BLOCKCON.C"><TT>blockcon.c 
      </TT></A>- block convolution </P>
      <DL>
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CAN.C"><TT>can.c 
        </TT></A>- canonical realization </DT></DL>
      <P><A 
      href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CAN2.C"><TT>can2.c 
      </TT></A>- canonical realization </P>
      <DL>
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CAN3.C"><TT>can3.c 
        </TT></A>- canonical realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CAS2CAN.C"><TT>cas2can.c 
        </TT></A>- cascade to canonical 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CAS.C"><TT>cas.c 
        </TT></A>- cascade realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CCAN.C"><TT>ccan.c 
        </TT></A>- circular-buffer canonical realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CCAN2.C"><TT>ccan2.c 
        </TT></A>- circular-buffer canonical realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CCAS.C"><TT>ccas.c 
        </TT></A>- circular-buffer cascade realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CCAS2.C"><TT>ccas2.c 
        </TT></A>- circular-buffer cascade realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CDELAY.C"><TT>cdelay.c 
        </TT></A>- circular delay line 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CDELAY2.C"><TT>cdelay2.c 
        </TT></A>- circular delay line 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CFIR.C"><TT>cfir.c 
        </TT></A>- circular-buffer FIR filter 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CFIR1.C"><TT>cfir1.c 
        </TT></A>- circular-buffer FIR filter 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CFIR2.C"><TT>cfir2.c 
        </TT></A>- circular-buffer FIR filter 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CONV.C"><TT>conv.c 
        </TT></A>- convolution 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CSOS.C"><TT>csos.c 
        </TT></A>- circular-buffer second-order section 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CSOS2.C"><TT>csos2.c 
        </TT></A>- circular-buffer second-order section 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/DELAY.C"><TT>delay.c 
        </TT></A>- delay line 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/DIR.C"><TT>dir.c 
        </TT></A>- direct form realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/DIR2.C"><TT>dir2.c 
        </TT></A>- direct form realization 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/FIR.C"><TT>fir.c 
        </TT></A>- FIR filter in direct form 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/FIR2.C"><TT>fir2.c 
        </TT></A>- FIR filter in direct form 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/FIR3.C"><TT>fir3.c 
        </TT></A>- FIR filter in direct form 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/SOS.C"><TT>sos.c 
        </TT></A>- second-order section 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/TAP.C"><TT>tap.c 
        </TT></A>- circular delay-line tap outputs 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/TAP2.C"><TT>tap2.c 
        </TT></A>- circular delay-line tap outputs 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/WRAP.C"><TT>wrap.c 
        </TT></A>- circular-buffer pointer wrapping 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/WRAP2.C"><TT>wrap2.c 
        </TT></A>- circular-buffer index wrapping </DT></DL>
      <DL>
        <DT><B><FONT size=5>A/D &amp; D/A Converters </FONT></B>
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/ADC.C"><TT>adc.c 
        </TT></A>- A/D converter 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/DAC.C"><TT>dac.c 
        </TT></A>- D/A converter </DT></DL>
      <DL><B><FONT size=5>Digital Audio Effects </FONT></B>
        <DT> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/ALLPASS.C"><TT>allpass.c 
        </TT></A>- allpass reverberator 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/LOWPASS.C"><TT>lowpass.c 
        </TT></A>- lowpass reverberator 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/PLAIN.C"><TT>plain.c 
        </TT></A>- plain reverberator 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/TAPI.C"><TT>tapi.c 
        </TT></A>- interpolated circular delay-line tap outputs 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/TAPI2.C"><TT>tapi2.c 
        </TT></A>- interpolated circular delay-line tap outputs </DT></DL>
      <DL><B><FONT size=5>Wavetable Generators </FONT></B>
        <DT> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/GDELAY2.C"><TT>gdelay2.c 
        </TT></A>- generalized circular delay 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/SINE.C"><TT>sine.c 
        </TT></A>- sinusoidal wavetable 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/SQUARE.C"><TT>square.c 
        </TT></A>- square wavetable 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/TRAPEZ.C"><TT>trapez.c 
        </TT></A>- trapezoidal wavetable 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/WAVGEN.C"><TT>wavgen.c 
        </TT></A>- wavetable generator (truncation) 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/WAVGENR.C"><TT>wavgenr.c 
        </TT></A>- wavetable generator (rounding) 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/WAVGENI.C"><TT>wavgeni.c 
        </TT></A>- wavetable generator (interpolation) </DT></DL>
      <DL><B><FONT size=5>DFT/FFT Functions </FONT></B>
        <DT> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/BITREV.C"><TT>bitrev.c 
        </TT></A>- bit reversed index 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/COMPLEX.C"><TT>complex.c 
        </TT></A>- complex arithmetic in C 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/CMPLX.H"><TT>cmplx.h 
        </TT></A>- header file for complex.c 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/DFT.C"><TT>dft.c 
        </TT></A>- DFT 
        <DD> 
        <DT><A 
        href="http://www.oxbad.com/DSP/maindoc/arithmetic_source/c/DFTMERGE.C"><TT>dftmerge.c 
        </TT></A>- DFT merging 
        <DD> 
        <DT><A
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