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

% S-V channel model evaluation % This file has been adapted from code downloaded from the following site: % http://grouper.ieee.org/groups/802/15/pub/2003/Mar03/ % 02490r1P802-15_SG3a-Channel-Mod

%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

// file: extf_write_0.cc // // this function prints out the feature data in either ascii or binary // // the order is c1 c2 .. cn c0 log-energy // // system include files // #include // i

% modified S-V channel model evaluation % % Written by Sun Xu, Kim Chee Wee, B. Kannan & Francois Chin on 14/09/2004 clear; no_output_files = 1; % non-zero: avoids writing output files of c

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

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

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

% 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