% % Project:     WCDMA simulation environment % Module:      COMPILING S-FUNCTIONS      % Author:       % Date:        May 24, 1999 % % History: %              June 6, 1999 Maarit Melvasalo % % %  File    : s_compile_utra.m %  Abstract:  %          This file includes all the commands for compiling  %          the s-functions for the UTRA simulator %  %          If c-code is updated call from matlab s_compile_utra %          and all the mexsol functions will update correspondingly % % % Copyright disclaimer: %   This software was developed at the National Institute of Standards %   and Technology by employees of the Federal Government in the course %   of their official duties. Pursuant to title 17 Section 105 of the %   United States Code this software is not subject to copyright %   protection and is in the public domain. % %   We would appreciate acknowledgement if the software is used. % %% CRC mex s_crc_remove.c crc_routines.c      mex s_crc_add.c crc_routines.c      % CHANNEL CODINGmex s_chcoding.c chcoding.c metrics.c convenc.c conversions.c mealy.c bitroutines.c utility.cmex s_chdecoding.c chdecoding.c metrics.c convdec.c convenc.c conversions.c mealy.c bitroutines.c utility.c   % RATE MATCHINGmex s_rate.c sratematch.cmex s_derate.c sratematch.c% INTERLEAVERS mex s_interleaver.c interleaver.c  mex s_deinterleaver.c interleaver.cmex s_intra_interleaver.c  interleaver.c  mex s_intra_deinterleaver.c  interleaver.c   blockcollect.c   % MODULATIONSmex s_dl_discmod.c discmod.c qpsk_ints.c spreading.c mealy.c bitroutines.c conversions.c  utility.cmex s_dl_demod_buffer.c blockcollect.c control_bits.c% plain modulation and spreading mex s_spreading.c spreading.c conversions.c mex s_frame_buffer.c  blockcollect.c mex s_buffer.c% CHANNEL MODELS mex s_channel_estimator.c mex s_channel.c channel.c channel_real_input.c% RECIEVERS mex s_rake.c rake.c rake_supp.c spreading.c% OVSF CODEmex get_ovsf_code.c code.cmex c_get_code_indexes.c code.cmex s_code.c code.c