AAC_matlab

代码说明：

  HE-AAC 解码算法的matlab代码，包含各种测试文件，可以运行测试 验证的。(High efficient AAC decoder,wihch compitable with mepg2-aac and mpeg4-aac, also including different types of testing files,you can run the progtam and test it.)

文件列表：

AAC解码程序matlab
.................\AACFindSynWord.m
.................\adts_header_error_check.m
.................\adts_raw_data_block_error_check.m
.................\and_comp.m
.................\AudioSpecificConfig2.m
.................\auto_correlation.m
.................\bit_set.m
.................\byte_alignment.m
.................\byte_alignment2.m
.................\calculate_gain.asv
.................\calculate_gain.m
.................\calc_aliasing_degree.m
.................\calc_chirp_factors.m
.................\calc_prediction_coef.m
.................\calc_prediction_coef_lp.m
.................\calc_Q_div.m
.................\calc_Q_div2.asv
.................\calc_Q_div2.m
.................\calc_sbr_tables.m
.................\cfftb.m
.................\cfftf.m
.................\cffti.m
.................\cffti1.m
.................\cfft_tab.m
.................\channel_pair_element.m
.................\chn_config.m
.................\ch_index.m
.................\count_fram.m
.................\coupling_channel_element.m
.................\crc.m
.................\create_channel_config.m
.................\ct_faac_adts.aac
.................\data_stream_element.m
.................\DCT2_16_unscaled.m
.................\DCT2_32_unscaled.m
.................\DCT3_32_unscaled.m
.................\DCT4_16.m
.................\DCT4_32.m
.................\dct4_64_tab.m
.................\dct4_kernel.m
.................\dct4_tab_64.m
.................\decode_cpe.m
.................\decode_huff_cw.m
.................\decode_sce_lfe.m
.................\default_position.m
.................\defult_position.m
.................\derived_frequency_table.m
.................\drc_decode.m
.................\DST4_32.m
.................\dynamic_range_info.m
.................\Edeq_tab.m
.................\enter_chn.m
.................\enter_mc_info.m
.................\envelope_noise_dequantisation.m
.................\envelope_time_border_vector.m
.................\estimate_current_envelope.m
.................\excluded_channels.m
.................\exmn_table.m
.................\extension_payload.m
.................\extract_envelope_data.m
.................\extract_noise_floor_data.m
.................\faad_imdct.m
.................\faad_mdct.m
.................\faad_mdct_init.m
.................\fft_dif.m
.................\fill_element.m
.................\fill_in_codeword.m
.................\filter_bank_init.m
.................\filter_bank_ltp.m
.................\find_bands.m
.................\find_frame.m
.................\find_initial_power.m
.................\fp_sqrt.m
.................\gain_control_data.m
.................\GASpecificConfig.m
.................\gc_setcoef_eff_pqfsyn.m
.................\gc_set_protopqf.m
.................\gen_rand_vector.m
.................\GetAACTrack.m
.................\getescape.m
.................\get_adif_header.m
.................\get_adts_fixed_header.m
.................\get_adts_variable_header.m
.................\get_bits.m
.................\get_bits2.m
.................\get_sr_index.m
.................\get_S_mapped.asv
.................\get_S_mapped.m
.................\hao.aac
.................\HAO.pcm
.................\hf_adjustment.m
.................\hf_assembly.m
.................\hf_generation.m
.................\huff_data.m
.................\hybrid_init.m
.................\ics_info.m
.................\ic_predict.m
.................\ic_prediction.m
.................\ifilter_bank.m