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%MIMO Run MIMO system simulation. % MIMO is the main simulation script where all the blocks are glued % together. Refer to the PDF documentation. This is the body of the % program which allows y

function [bits_alloc,energy_alloc] = BitLoad(subchan_gains,total_bits,num_subc,gap,noise,M) % Bit Loading Algorithm % --------------------- % % Inputs : % subchan_gains : SubCarrier Gain

%MIMO Run MIMO system simulation. % MIMO is the main simulation script where all the blocks are glued % together. Refer to the PDF documentation. This is the body of the % program which allows y

% S-V channel model evaluation clear; no_output_files = 0; % non-zero: avoids writing output files of continuous-time responses ts = 0.167; % sampling time (nsec) num_channels = 1 ;

function [bits_alloc,energy_alloc] = BitLoad(subchan_gains,total_bits,num_subc,gap,noise,M) % Bit Loading Algorithm % --------------------- % % Inputs : % subchan_gains : SubCarrier Gain

/* * SpanDSP - a series of DSP components for telephony * * ec_disable_detector.h - A detector which should eventually meet the * G.164/G.165 requirements for detecting the

function turbo_code_setup % Get parameter names and values from mask mask_ws_vars = get_param([gcs '/Global Parameters'],'maskwsvariables'); if ~isempty(mask_ws_vars) for i = 1:length(mask

function turbo_code_setup % Get parameter names and values from mask mask_ws_vars = get_param([gcs '/Global Parameters'],'maskwsvariables'); if ~isempty(mask_ws_vars) for i = 1:length(mask

function [bits_alloc,energy_alloc] = BitLoad(subchan_gains,total_bits,num_subc,gap,noise,M) %比特分配算法 %---------- % %输入： % subchan_gains ----子载波增益 % total_bits ----比特总数 % num_subc ----子载波数

function [bits_alloc,energy_alloc] = BitLoad(subcar_gains,total_bits,num_subc,gap,noise,M); %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % 用比特分配算法根据当前的信道特征来达到所期望的比特和能量的分配 %