業Outline。 IntroductionSignal, random variable, random process and spectra Analog modulationAnalog to digital conversionDigital transmission through baseband channelsSignal space representationOptimalreceivers● Digital modulation techniques· Channel codingSynchronizationInformation theory*Communications Engineering6
Communications Engineering 6 Outline Introduction Signal, random variable, random process and spectra Analog modulation Analog to digital conversion Digital transmission through baseband channels Signal space representation Optimal receivers Digital modulation techniques Channel coding Synchronization Information theory*
MORA業GradesQuiz (15%)> About 10-15 times, each one and only one problemHomework(15%)> About 4-7 times, including Matlab simulationproblems.Mid-termExam(20%)> In-class open bookFinal Exam (50%)Communications Engineering7
Communications Engineering 7 Grades Quiz (15%) ➢ About 10-15 times, each one and only one problem. Homework (15%) ➢ About 4-7 times, including Matlab simulation problems. Mid-term Exam (20%) ➢ In-class open book. Final Exam (50%)
NORM業In-Class RulesShutdown smartphone and donot put on desk! No food/drink in class and put your drinking bottleaside the desk!No mutual conversation! Prepare, make notes andreview frequently!Practice makes perfect!8CommunicationsEngineering
Communications Engineering 8 In-Class Rules Shutdown smartphone and donot put on desk! No food/drink in class and put your drinking bottle aside the desk! No mutual conversation ! Prepare, make notes and review frequently! Practice makes perfect!
4ORA东Maxim(格言)笃明慎审博学之行之辩思问美之之之Communications Engineering9
Communications Engineering 9 Maxim (格言)
SORM業OutlineIntroductionSignal,random variable, random process and spectraAnalog modulationAnalogtodigital conversionDigital transmission through baseband channelsSignal space representationOptimalreceiversDigital modulation techniques。Channel codingSynchronizationInformationtheoryCommunications Engineering10
Communications Engineering 10 Outline Introduction Signal, random variable, random process and spectra Analog modulation Analog to digital conversion Digital transmission through baseband channels Signal space representation Optimal receivers Digital modulation techniques Channel coding Synchronization Information theory