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Division of Electrical and Electronic Engineering, Graduate School of Engineering, Mie University | 論文
- PAPR Reduction of OFDM Signal by Use of DSI Method with Time-Frequency Domain Swapping Algorithm(Wireless Communication Technologies)
- B-20-4 Energy Performance Evaluation of Traffic Adaptive 802.15.4 MAC under Dynamic Non-uniform Traffic Environments
- B-20-40 Energy Consumption Evaluation for Traffic Adaptive MAC Control in IEEE 802.15.4 cluster-based WSNs
- Proposal of Simple PAPR Reduction Method for OFDM Signal by Using Dummy Sub-Carriers
- Evaluation of Reliable Multicast Delivery in Base Station Diversity Systems
- Adaptive Transmit Window Control for Channel State Based CDMA Downlink Packet Communications
- Downlink Multihop Transmission Technique for Asymmetric Traffic Accommodation in DS-CDMA/FDD Cellular Communications
- 適応スロット割り当て方式と適応変調方式を用いたOFDMA通信システム
- Model Based Prediction of Uplink Multi-Path Fading Channel Response for Pre-Equalization in Mobile MC-CDMA Systems
- Asymmetric Traffic Accommodation Using Adaptive Cell Sizing Technique for CDMA/FDD Cellular Packet Communications(Multi-dimensional Mobile Information Networks)
- Downlink Packet Transmission Control Based on Soft Handoff Status in CDMA Cellular Packet Networks(Wireless Communication Technologies)
- Evolutional Algorithm Based Learning of Time Varying Multipath Fading Channels for Software Defined Radio(Software Defined Radio Technology and Its Applications)
- Doppler Spread Estimation Method for OFDM Signal Using Mean Square of Channel Impulse Response's Time Derivative(Antennas and Propagation)
- Complexity Reduced Maximum Likelihood Detection for SDM-OFDM System(Wireless Communication Technologies)
- Evolutional Algorithm Based Learning of Time-Varying Multipath Fading Channels for Software Defined Radio(無線ネットワーク,アドホックネットワーク,センサネットワーク及び一般)
- Fabrication of a Binary Diffractive Lens for Controlling the Luminous Intensity Distribution of LED Light
- Optical Characterization of Japanese Papers for Application in the LED Lighting System with Human Sensitivity
- Traffic Adaptive MAC Mechanism for IEEE 802.15.4 Cluster Based Wireless Sensor Networks with Various Traffic Non-uniformities
- Traffic Adaptive Backoff Window Control for IEEE 802.15.4 MAC in Cluster-Based WSNs with Various Traffic Fluctuations
- Enhanced 2-Level Traffic Adaptive Active Period Control for IEEE802.15.4 Cluster-Based Wireless Sensor Networks