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Nara Inst. Of Sci. And Technol. Ikoma‐shi Jpn | 論文
- Throughput Performance of CDMA Slotted ALOHA Systems Based on Average Packet Success Probability Considering Bit-to-Bit Dependence
- New Analytical Model for TCP in Wireless Environments(Special Section on Multi dimensional Mobile Information Networks)
- Hierarchical Transmission of Huffman Code Using Multi-Code/Multi-Rate DS/SS Modulation with Appropriate Power Control
- New Quasi-Synchronous Sequences for CDMA Slotted ALOHA Systems
- Throughput Improvement of CDMA Slotted ALOHA Systems
- CDMA ALOHA Systems with Modified Channel Load Sensing Protocol for Satellite Communications
- Influence of ADC Nonlinearity on the Performance of an OFDM Receiver
- Local Weight Distribution of the (256, 93) Third-Order Binary Reed-Muller Code(Coding Theory)
- Local Weight Distribution of the (256, 93) Third-Order Binary Reed-Muller Code(HISC2006)
- Large Code Set for Double User Capacity and Low PAPR Level in Multicarrier Systems
- BS-9-2 Effect of Imperfect Orthogonality PO-CI Codes on the Performances of M-QAM OFDM and MC-CDMA System(BS-9. Broadband wireless communications techniques)
- BS-9-1 Impact of Using Partial Number of Subcarriers on the PAPR Carrier Interferometry OFDM(BS-9. Broadband wireless communications techniques)
- Mobile Reception of Digital Television Broadcasting for Mobile Multimedia
- Selection of Spreading Sequence for Multi-Carrier CDMA Systems in the Nonlinear Channel
- On a reduced complexity soft-input and output iterative decoding algorithm for product codes(HISC2006)
- Adaptive Recursive Maximum Likelihood Decoding Based on the Coarsest Parallel Concatenation Decomposition : Evaluation of the Decoding Complexity by Simulation
- Soft-Input Soft-Output Decoding Algorithm Based on Iterative Minimum Distance Search for Reed-Muller Codes
- A Time-Limited Key Management Scheme Based on a One-Way Permutation Tree
- A Translation Method from Natural Language Specifications of Communication Protocols into Algebraic Specifications Using Contextual Dependencies
- RIGHT-LINEAR FINITE PATH OVERLAPPING REWRITE SYSTEMS EFFECTIVELY PRESERVE RECOGNIZABILITY