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clear; % Unit time for random backoff unit_backoff=1*(10^-3); % (1) msec % Probability of Idle channel upon clear channel accessement ch_idle_prob=0.5; ch_busy_prob=1-ch_idle_prob; avg_sample=100000;

// -*- mode: C++; tab-width: 4; indent-tabs-mode: nil -*- (for GNU Emacs) // // (c) Microsoft Corporation. All rights reserved. // // This file is part of the Microsoft Virtual Ring Routing distr

Build Log --------------------Configuration: proj4_4 - Win32 Debug-------------------- Command Lines Creating temporary file "D:\DOCUME~1\ble\L

Build Log --------------------Configuration: ServerSide - Win32 Debug-------------------- Command Lines Creating temporary file "D:\DOCUME~1\bl

# VPR .pac output file # 8 blocks in CBE-level netlist # 8 blocks in BLE-level netlist

.input i_63_ pinlist: i_63_ .input i_50_ pinlist: i_50_ .input i_64_ pinlist: i_64_ .input i_61_ pinlist: i_61_ .input i_62_ pinlist: i_62_ .input i_40_ pinlist: i_40_ .input i_30_ pinlist

# VPR .pac output file # 1 blocks in CBE-level netlist # 1 blocks in BLE-level netlist

.input i_63_ pinlist: i_63_ .input i_50_ pinlist: i_50_ .input i_64_ pinlist: i_64_ .input i_61_ pinlist: i_61_ .input i_62_ pinlist: i_62_ .input i_40_ pinlist: i_40_ .input i_30_ pinlist

[Signal_Source]=SignalSource(1,8); [Modulate_Signal]=Modulate(Signal_Source); [user_code_M,sf_signal]=Spread_Frequency(16,Modulate_Signal); [AWGN_Signal,n0]=AWGN_Channel(sf_signal,1); %sf_signa