Compaq Vectra M2 - N2 Uživatelský manuál

__________________________________________________________ Emulating TIE Instructions and TIE-Based Functions in MATLAB Application Note

Emulating TIE Instructions and TIE-Based Functions in Matlab Working on 64-bit Machines Because the Cstub libraries are emulating a 32-bit target pr

Emulating TIE Instructions and TIE-Based Functions in Matlab Example 1: 24-bit Signed Fixed-Point Saturating Addition Instruction Example 1 illust

Emulating TIE Instructions and TIE-Based Functions in Matlab Here we compare the original floating point result to the MATLAB fixed point result and

Emulating TIE Instructions and TIE-Based Functions in Matlab // the output matrix has 1 dimension. #define NDIMS 1 // This is a wrapper

Emulating TIE Instructions and TIE-Based Functions in Matlab // The output argument array is a single variable, so // the dims array is defi

Emulating TIE Instructions and TIE-Based Functions in Matlab MATLAB Function to Wrap AE_ADDSP24S C MEX-File The C MEX-file for AE_ADDSP24S can be ca

Emulating TIE Instructions and TIE-Based Functions in Matlab CODE 2. MAT_ADDSP24S EXAMPLE function p = mat_addsp24s(p0, p1) % MAT_ADDSP24S Wrappe

Emulating TIE Instructions and TIE-Based Functions in Matlab The following wrapper function, “mat_addsp24s_show”, is a version of the above, but thi

Emulating TIE Instructions and TIE-Based Functions in Matlab ae_result = -2326230 ae_result is returned from the C MEX-file function AE_ADDSP324

Emulating TIE Instructions and TIE-Based Functions in Matlab MATLAB Results >>p0= -.7789325 p0 = -0.778932500000000 >> p1 = .5016242 p

Emulating TIE Instructions and TIE-Based Functions in Matlab ii © 2009 Tensilica, Inc. Printed in the United States of America All Rights Res

Emulating TIE Instructions and TIE-Based Functions in Matlab In addition, it may be necessary to modify attributes of the data type declaration, suc

Emulating TIE Instructions and TIE-Based Functions in Matlab Example 2: 24-bit Signed Fixed-Point Saturating Multiply Instruction Example 2 illustr

Emulating TIE Instructions and TIE-Based Functions in Matlab Following, we compare the original floating point result to the MATLAB fixed point resu

Emulating TIE Instructions and TIE-Based Functions in Matlab /* Call the TIE cstub AE_MULFP24S_LL function */ ae_p24x2s input0 = *((ae_p24s *)

Emulating TIE Instructions and TIE-Based Functions in Matlab CODE 5. MAT_MULFP24S_LL_SHOW EXAMPLE function p = mat_mulfp24s_ll(p0, p1) % MAT_MULFP24

Emulating TIE Instructions and TIE-Based Functions in Matlab The results of executing this function are shown earlier, and the detailed transformati

Emulating TIE Instructions and TIE-Based Functions in Matlab 6 Wrapping TIE-Based Functions for use in MATLAB Example: Simple Integer Vector Sum Th

Emulating TIE Instructions and TIE-Based Functions in Matlab 105 105 105 105 105 >> c = AE_FL_VEC_SU

Emulating TIE Instructions and TIE-Based Functions in Matlab C MEX-File Function for Integer Vector Sum AE_FL_VEC_SUM_32 Code 6 shows the contents o

Emulating TIE Instructions and TIE-Based Functions in Matlab int *vec_sum; int *inp1,*inp2; /* Check for proper number of arguments *

Emulating TIE Instructions and TIE-Based Functions in Matlab iii Contents 1 Introduction ...

Emulating TIE Instructions and TIE-Based Functions in Matlab 7 Summary In this application note we have discussed how to wrap host-based emulations

Emulating TIE Instructions and TIE-Based Functions in Matlab iv © TENSILICA, INC.

Emulating TIE Instructions and TIE-Based Functions in Matlab Abstract This application note describes how to emulate TIE functions and C-based funct

Emulating TIE Instructions and TIE-Based Functions in Matlab 1 Introduction Emulating TIE functions with host-based execution is a good way to allo

Emulating TIE Instructions and TIE-Based Functions in Matlab The following figure illustrates a possible development methodology: Algorithm1 De

Emulating TIE Instructions and TIE-Based Functions in Matlab 8. Further refine your MATLAB fixed-point algorithm and substitute the use of C MEX-fi