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Sejong Univ. Kor | 論文
- A Step-by-Step Implementation Method of the Bit-Serial Reed-Solomon Encoder(Coding Theory)
- Cooperative Transmission Technique Using Space Time Delay Code in OFDMA Uplink System(Wireless Communication Technologies)
- Low Complexity ML Detection Technique for V-BLAST Systems with DFE Decoding(Wireless Communication Technologies)
- Efficient Techniques in OFDM System with Channel Evaluation(Wireless Communication Technologies)
- Adaptive Transmission Techniques for Ubiquitous Personal Area Networks with Multiple Antennas (日韓合同ワークショップ 1st Korea-Japan Joint Workshop on Ubiquitous Computing and Networking Systems (ubiCNS 2005))
- A Design of High-Rate DAB System with Multiple Antennas(Wireless Communication Technology)
- Performance Impairment of Transmit Diversity OFCDM Systems due to Carrier Frequency Offset(Wireless Communication Technology)
- Impact of Parameter Imbalances on Transmit Diversity OFDM System Performance (Communication Theory and Signals)
- Dual-Hop Transmission Scheme Based on Hierarchical Modulation in Wireless Networks
- Space-Time Cyclic Delay Diversity Encoded Cooperative Transmissions for Multiple Relays
- Computationally Efficient Joint Frequency Synchronization for OFDM-Based DVB-T
- Low-Complexity Post-FFT Fine Frequency Synchronization for OFDM
- Improved Fine Frequency Synchronization Method for OFDM-Based DRM
- Performance of Multiband OFDM System with Extra Diversity
- Improved PAPR Statistics in Multiband OFDM Systems(Wireless Communication Technologies)
- A Complexity-Efficient Wireless OFDM with Frequency Diversity and Low PAPR(Communication Theory and Signals)
- PAPR Analysis in OFDM Systems with Frequency Diversity(Wireless Communication Technologies)
- Crest Factor Reduction for Complex Multi-Carrier Signal Processing(Digital Signal Processing)
- Performance Investigation of Adaptive Threshold Alignment for a MC-DS/CDMA Code Synchronization(Digital Signal Processing)
- Policy-Based Management for Self-Managing Wireless Sensor Networks(Next Generation Network Management)