1.Intro - Course Information Communication Electronics...

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Unformatted text preview: Course Information Communication Electronics EE413, 513, 513Z Prof. Pao-Lo Liu 215A Bonner Hall (716) 645-1021 paololiu@eng.buffalo.edu Course Website: UBLearns Communications Distribution and Processing of Information Source Audio, video, data, sensor Coding Carrier generation and modulation Transmission Channel Media Interference Repeater Receiver Detection, amplification, noise, error Data processing and storage Application Resource Sharing Multiplexing Time domain Frequency domain Code domain Switching Circuit Packet Buffer Networking Reliability Flexibility Efficiency Critical Issues Efficiency Maximize information capacity within the allocated bandwidth Security Wireless Applications Broadcasting Radio, Digital Radio TV, CATV, HDTV Satellite, Telephony Land Line Mobile or Cellular Public Switched Network, Modem, ADSL Computer Peripherals USB, Firewire, SATA, Bluetooth Networking LAN, Internet, VoIP, Wireless LAN Applications Video on Demand , RFID , Zigbee, FTTH, . Applications Aeronautics Guidance Communications Networking Space Satellite Communications Surveillance Deep space exploration Applications Military Target Detection and Identification Radar http://www.knovel.com/knovel2/Toc.jsp?SpaceID=10084&BookID=701 Sonar Communications Mobile Command and Control Guidance Sensing and remote control Dynamic battle field management Countermeasure Interference Eavesdropping Topics Introduction Signal Generation and Conditioning Amplitude Modulation Angle Modulation Television Digital Signaling Multiplexing Transmission Line EM Wave, Antenna, and Waveguide Optical Communications Public Switched System Data Communications and Networking Microwave Systems and Devices Satellite Communications Wireless Systems Grading Guidelines EE413 Capstone Design Project (100%) Presentations Project Proposal Mid-Term Progress Final Presentation and Report Weekly Progress Laboratory Demonstrations Project Management EE513 / 513Z Lectures Homework Assignments / Projects (80%) Exam (20%) Capstone Design Project Problem-Solving Define project and goals Engineering Design Simulation, optimization Decision-Making Resources, cost, etc. Implementation and Verification Project Management Planning, timeline, implementation, verification Communication Skills Presentation, report Prior Projects RF Wireless Audio Jammer Remote Control, Race Car Monitoring Antenna Optics Laser Transceiver Telephone or Internet Home Monitoring and Controller System Diagnosis & Simulation Bit Error Rate Tester CDMA System Performance Chaotic Communications System DSP and Codec Speech Codec and Digital Audio FPGA Video Codec Software Protocol PC-to-PC Link Web Monitoring and Control Resources...
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1.Intro - Course Information Communication Electronics...

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