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Inha University | 論文
- Effect of Circumferential Stresses on the Circumferential External Crack in Buried Pipelines(Modeling & Simulation)
- Enhancing the Performance of UWB-Based WPANs Using Cooperative PNC Relaying
- Efficient Management of Multiple Piconets in an MC-CDMA-Based UWB System
- Improved Oxide Etching by the Enhanced Inductively Coupled Plasma
- Improved Oxide Etching by the Enhanced Inductively Coupled Plasma
- Pilot Periodicity Based OFDM Signal Detection Method for Cognitive Radio System
- IS-17 The ratio of adjuvant radiothery/radiochemotherapy after radical hysterectomy to patients with cervical cancer stage IB(Group3 Oncology3,International Session)
- Double Reply ToA Algorithm Robust to a Timer Offset for a UWB System
- R & D on Concentrated Solar Power (CSP) in Korea(Advances in Concentrated Solar Power (CSP) and Solar Thermochemistry: Part II)
- Isolation of Eight Bacteriophages Infecting Marine Bacteria Belonging to the Proteobacteria and Flavobacteriaceae
- Tolterodine : As effective but better tolerated than oxybutynin in Asian patients with symptoms of overactive bladder
- Throughput Maximization in Cooperation Based Symbiotic Cognitive Radio Networks
- A novel detection method of the satellite phone signal based on array antennas (衛星通信)
- Privacy Preserving Association Rule Mining Revisited : Privacy Enhancement and Resources Efficiency
- Cooperation between TSJ and KFMA
- MN-O14 Lipid bilayer technologies for single molecule sensors and high-throughput drug screening(Section X Micro/Nano Technology for Analysis and Cell Manipulation)
- International conversation: International cooperation: past, now, and near future (創立30周年記念特集号 地球・社会の未来に向けた日本リモートセンシング学会の使命)
- A Full-Diversity Full-Rate Space-Time Block Code Design for Three Transmit Antennas(Transmission Systems and Transmission Equipment for Communications)
- High Rate Space Time Block Codes(Fundamental Theories for Communications)
- Differential Detection of Multiple Antenna Systems with High Transmission Rate(Fundamental Theories for Communications)