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KDDI Corp. | 論文
- B-5-6 A Proposal of Twin Turbo Detector and Its Evaluation for M-QAM OFDM
- Recent Japanese R&D in Satellite Communications
- An Adaptive Traffic Load Balancing Method for Multi-Hop Mesh Networks in Broadband Fixed Wireless Access Systems(Internet Technology V)
- Wireless Node Architecture and Its Implementation for Multi-Hop Mesh Networks in IP-Based Broadband Fixed Wireless Access Systems(Terrestrial Radio Communications)
- B-7-153 SIP-based Bicasting for Seamless Handover using Third Party Call Control (3pcc)
- Development of 100MHz Bandwidth Testbed toward IMT-Advanced and Experimental Results Including Rotational OFDM and Twin Turbo Decoder Transmission Performances
- Performance Evaluation of MIMO-OFDM with Twin Turbo Decoder
- Optimum Radio Channel Allocation Taking Account of Both Frequency and Power Constraints for Wide-Area Wireless Access Systems(Terrestrial Radio Communications)
- B-5-74 Cell Range Expansion and Spectrum Allocation in Two-tier Heterogeneous Networks
- User-Centric Seamless Handover Scheme for Real-Time Applications in Heterogeneous Networks
- Personal Network Construction System Using Mobile Phones
- BS-4-29 Efficient Construction of Coverage Map Avoiding Positional Gap(BS-4. Network Design, Management and Control for Future Networked Systems)
- BS-10-29 Green DTN : Delay Tolerance for Energy-Efficient Mobile Communications
- BS-3-28 Gap Absorbing Technique for Challenged Network Scenarios
- BS-6-20 Service Resumption Extending Idle Timeout for Applications in Challenged Network(BS-6. Planning, Control and Management on Networks and Services)
- BS-Cooperation Scheduler for a Multi-Site Single-User MIMO
- Dynamic Fractional Base Station Cooperation Using Shared Distributed Remote Radio Units for Advanced Cellular Networks
- Study on Resource Optimization for Heterogeneous Networks
- Study on Resource Optimization for Heterogeneous Networks
- BS-3-19 Clustering Measured Positions in MDT for Detecting Coverage Holes(BS-3. Management and Control Technologies for Innovative Networks)