文件名称:DSP_C6000
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c6000应用程序
.............\Adds two 40-bit values to produce a 40-bit result.txt
.............\Adds two 64-bit values to produce a 64-bit result..txt
.............\Auto-regressive moving-average (ARMA) filter.txt
.............\C67x DP Square Root Inverse hand coded assembly benchmark.txt
.............\C6x TEB orcad files.exe
.............\Discrete Cosine Transform.txt
.............\divides two 32 bit values and returns their quotient and remai.txt
.............\divides two unsigned 32 bit values and returns their quotient and remainder.txt
.............\Dot product of two vectors of length N.txt
.............\Fast Hadamard Transform.txt
.............\Finds the maximum value in a vector of length N. stores the index of that location.txt
.............\Finds the maximum value in a vector of length N.txt
.............\Finite Impulse Response Filter.txt
.............\FIR complex 16-bit data with complex 32-bit accumulate..txt
.............\FIR filter coefficients x4 output samples x2.txt
.............\FIR filter coefficients x8 output samples x2.txt
.............\Gouraud Shading of a scanline of pixels.txt
.............\Infinite Impulse Response Filter.txt
.............\Inverse Discrete Cosine Transform.txt
.............\Lattice Filter - Forward - Synthesis..txt
.............\Lattice Filter - Inverse - Analysis..txt
.............\Least Mean Square Adaptive Filter. FIR with N coefficients and M output samples.txt
.............\Least Mean Square Adaptive Filter. N-1 inputs and N coefficients.txt
.............\Move N 16-bit elements from one memory location to another..txt
.............\Performs a dot product on 256 pairs of 9 element vectors.txt
.............\Performs an N element dot product.txt
.............\Performs autocorrelation of a 16-bit vector.txt
.............\Performs VSELP vocoder codebook search.txt
.............\takes two 32 bit integer values and calculates their product.txt
.............\takes two 32 bit integer values and calculates their product1.txt
.............\takes two 32 bit integer values and calculates their product2.txt
.............\takes two 32 bit unsigned integer values and calculates their product.txt
.............\takes two 40 bit integer values and calculates their product.txt
.............\This routine performs the bit-reversal of the input array x.txt
.............\Adds two 40-bit values to produce a 40-bit result.txt
.............\Adds two 64-bit values to produce a 64-bit result..txt
.............\Auto-regressive moving-average (ARMA) filter.txt
.............\C67x DP Square Root Inverse hand coded assembly benchmark.txt
.............\C6x TEB orcad files.exe
.............\Discrete Cosine Transform.txt
.............\divides two 32 bit values and returns their quotient and remai.txt
.............\divides two unsigned 32 bit values and returns their quotient and remainder.txt
.............\Dot product of two vectors of length N.txt
.............\Fast Hadamard Transform.txt
.............\Finds the maximum value in a vector of length N. stores the index of that location.txt
.............\Finds the maximum value in a vector of length N.txt
.............\Finite Impulse Response Filter.txt
.............\FIR complex 16-bit data with complex 32-bit accumulate..txt
.............\FIR filter coefficients x4 output samples x2.txt
.............\FIR filter coefficients x8 output samples x2.txt
.............\Gouraud Shading of a scanline of pixels.txt
.............\Infinite Impulse Response Filter.txt
.............\Inverse Discrete Cosine Transform.txt
.............\Lattice Filter - Forward - Synthesis..txt
.............\Lattice Filter - Inverse - Analysis..txt
.............\Least Mean Square Adaptive Filter. FIR with N coefficients and M output samples.txt
.............\Least Mean Square Adaptive Filter. N-1 inputs and N coefficients.txt
.............\Move N 16-bit elements from one memory location to another..txt
.............\Performs a dot product on 256 pairs of 9 element vectors.txt
.............\Performs an N element dot product.txt
.............\Performs autocorrelation of a 16-bit vector.txt
.............\Performs VSELP vocoder codebook search.txt
.............\takes two 32 bit integer values and calculates their product.txt
.............\takes two 32 bit integer values and calculates their product1.txt
.............\takes two 32 bit integer values and calculates their product2.txt
.............\takes two 32 bit unsigned integer values and calculates their product.txt
.............\takes two 40 bit integer values and calculates their product.txt
.............\This routine performs the bit-reversal of the input array x.txt