A hardware slicing agent in shared O-RUs identifies uplink slices from incoming data and isolates them into slice-specific packets, achieving 2-clock-cycle processing and support for 3822 slices per slot on FPGA.
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4 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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2026 4representative citing papers
An optimization framework based on saddlepoint approximations jointly tunes decoding parameters for sparse VLSF codes and introduces a refined decoding rule that tightens achievability bounds.
Measurements in a dense stadium reveal that high-frequency TDD bands are severely bottlenecked for uplink in 5G, making low-frequency FDD spectrum essential for maintaining upload capacity.
Switch-DFT adaptively selects between CP-OFDM/DFT-s-OFDM waveforms and SIMO/MIMO modes to deliver higher energy efficiency than static configurations across a range of spectral efficiencies.
citing papers explorer
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Slice Agent: Identifying and Isolating Slices in Shared Open Radio Unit
A hardware slicing agent in shared O-RUs identifies uplink slices from incoming data and isolates them into slice-specific packets, achieving 2-clock-cycle processing and support for 3822 slices per slot on FPGA.
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Optimization of Sparse VLSF Codes for Short-Packet Transmission via Saddlepoint Methods
An optimization framework based on saddlepoint approximations jointly tunes decoding parameters for sparse VLSF codes and introduces a refined decoding rule that tightens achievability bounds.
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Comprehensive Analysis of Cellular Uplink Performance in a Dense Stadium Deployment
Measurements in a dense stadium reveal that high-frequency TDD bands are severely bottlenecked for uplink in 5G, making low-frequency FDD spectrum essential for maintaining upload capacity.
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Switch-DFT: Adaptive Waveform and MIMO Switching for Energy-Efficient Base Stations
Switch-DFT adaptively selects between CP-OFDM/DFT-s-OFDM waveforms and SIMO/MIMO modes to deliver higher energy efficiency than static configurations across a range of spectral efficiencies.