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<Author> Hiroshi Ochi, Professor, Department of Electronic Information Engineering, Kyushu Institute of Technology Kenji Ueda, Qwave Corporation <Publication Date> September 6, 2002 <Format> B5 size, 100 pages / CD SimuLink-file / m-file (approximately 30 files) <Price> 62,790 yen (including tax)
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Chapter 1: What is OFDM 1. History of OFDM 2. Concept of OFDM 3. Analysis of OFDM Signals 3.1. Single Carrier Modulation 3.2. OFDM Multi-Carrier Modulation 4. Properties of Guard Interval Signals 4.1. Overview of Guard Interval Signals 4.2. Properties of DFT 4.3. Effects of Guard Interval Signals on Multipath Transmission Channels 5. Noise Components Chapter 2: Configuration of OFDM Modulation and Demodulation Circuits 1. OFDM Modulation Circuit 1.1. Transmission Symbol Generation 1.2. Serial/Parallel Conversion 1.3. Symbol Mapping 1.4. OFDM Multi-Carrier Modulation 1.5. Addition of Guard Interval Signals 1.6. Parallel/Serial Conversion 1.7. Bandpass Conversion (Upconversion) 2. OFDM Demodulation Circuit 2.1. Baseband Conversion (Downconversion) 2.2. Serial/Parallel Conversion 2.3. Removal of Guard Interval Signals 2.4. OFDM Multi-Carrier Demodulation (Application of DFT) 2.5. Measurement of BER (Bit Error Rate)
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62,790 yen (including tax)
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Chapter 3: Adaptive Equalizers 1. Multipath Transmission Channels 2. The Necessity of Adaptive Equalizers 3. Adaptive Equalizers Using Channel Estimation with Pilot Signals 4. Adaptive Equalizers Using Interpolation Processing Chapter 4: Synchronization Circuits 1. Symbol Synchronization 1.1. Symbol Synchronization Using Guard Interval Signals 1.2. Guard Interval Type Symbol Synchronization and MATLAB Program 1.3. Serial/Parallel Conversion 1.4. Multi-Carrier Demodulation, BER Measurement 2. Carrier Frequency Synchronization Chapter 5: MATLAB Simulation 1. Simulation of Multipath Transmission Channels 1.1. Measurement of Delay Spread vs. BER Characteristics of Multipath Transmission Channels 1.2. DUR vs. BER 1.3. CNR vs. BER 2. Simulation Results of Synchronization Circuits 2.1. Simulation Results of Symbol Synchronization 2.2. Simulation Results of Carrier Frequency Synchronization 3. Transition from Passband Model to Baseband Model 4. MATLAB Simulation Using Simulink 4.1. Programming OFDM Transceiver Using Simulink 4.2. Simulation Results
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