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f326_ports_switchesleds.c

//----------------------------------------------------------------------------- // F326_Ports_SwitchesLEDs.c //----------------------------------------------------------------------------- // Copyr

endianess.cc

/* * HT Editor * endianess.cc * * Copyright (C) 1999-2002 Stefan Weyergraf (stefan@weyergraf.de) * * This program is free software; you can redistribute it and/or modify * it under the terms o

onoffswitch14.java

// exceptions/OnOffSwitch14.java // TIJ4 Chapter Exceptions, Exercise 14, page 476 // Show that the OnOffSwitch.java can fail by throwing a // RuntimeException inside the try block. public class

withfinally15.java

// exceptions/WithFinally15.java // TIJ4 Chapter Exceptions, Exercise 15, page 476 // Show that WithFinally.java doesn't fail by throwing a // RuntimeException inside the try block. public clas

qpsk_mod.asv

function [d_symb]=qpsk_mod(i,d) % qpsk modulation % % pairs of bits,b(i),b(i+1)are mapped to complex-valued modulation symbols d_symb=Re+j*Im % modulation scheme: % % % numbits=168; for n=1

qpsk_mod.asv

function [d] = qpsk_mod(b1,numbits) % qpsk modulation % % pairs of bits,b(i),b(i+1)are mapped to complex-valued modulation symbols d_symb=Re+j*Im % modulation scheme: b(i) b(i+1)| Re |

qpsk_mod.m

b1 = [0,1,0,1,0,1,0,1,0,0,1,0,1,0] numbits = length(b1) % function [d] = qpsk_mod(b1,numbits) % qpsk modulation % % pairs of bits,b(i),b(i+1)are mapped to complex-valued modulation symbols d_s

qpsk_mod.asv

function [d_symb]=qpsk_mod(i,d) % qpsk modulation % % pairs of bits,b(i),b(i+1)are mapped to complex-valued modulation symbols d_symb=Re+j*Im % modulation scheme: % % % numbits=168; for n=1

expid.cpp

#include "nmea0183.h" #pragma hdrstop /* ** Author: Samuel R. Blackburn ** Internet: sam_blackburn@pobox.com ** ** You can use it any way you like as long as you don't try to sell it. ** **

company-simple_network-stp_info.gdf

# This file is an output of a discrete event simulation. # It contains spanning tree information to be parsed while # visualizing the spanning tree using the Protocols->STP menu. # Legend: node name,