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Graduate School of Engineering Hokkaido University | 論文
- Experiment on the Effect of Water Jet upon the Melting Process of an Ice Sphere in a Cylindrical Bath
- A bouncing droplet on an inclined hydrophobic surface
- New Shell Structures and Their Ground Electronic States in Spherical Quantum Dots (II) under Magnetic Field
- Hund's First and Second Rules in Spherical Quantum Dots (I) in the Zero-Magnetic Field
- Effect of Far-Infrared Light Irradiation on Water as Observed by X-Ray Diffraction Measurements
- Energy-Transfer Mechanism in Photoluminescent Terbium(III) Complexes Causing Their Temperature-Dependence
- Performance Evaluation of MIMO-UWB Systems Using Measured Propagation Data and Proposal of Timing Control Scheme in LOS Environments
- Performance Evaluation of Multiuser MIMO E-SDM Systems in Time-Varying Fading Environments
- Subblock Processing for Frequency-Domain Turbo Equalization under Fast Fading Environments
- Precise DOA Estimation Using SAGE Algorithm with a Cylindrical Array
- Soft Decision Directed Channel Estimation with Interference Cancellation for a MIMO System Using Iterative Equalization and Decoding
- Performance of MIMO E-SDM Systems Using Channel Prediction in Actual Time-Varying Indoor Fading Environments
- Measurement-Based Performance Evaluation of Coded MIMO-OFDM Spatial Multiplexing with MMSE Spatial Filtering in an Indoor Line-of-Sight Environment
- Studies on an Iterative Frequency Domain Channel Estimation Technique for MIMO-UWB Communications
- Arrangement of Scattering Points in Jakes' Model for i.i.d. Time-Varying MIMO Fading
- Pseudo Eigenbeam-Space Division Multiplexing (PE-SDM) in Frequency-Selective MIMO Channels
- MIMO E-SDM Transmission Performance in an Actual Indoor Environment
- Channel Extrapolation Techniques for E-SDM System in Time-Varying Fading Environments(Wireless Communication Technologies)
- B-5-76 Channel Prediction for an E-SDM System in Time-Varying Fading Environments
- B-5-24 Compensation of Time-variant Fading Channel Error for E-SDM in a TDD System