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Work Item Reference | ETSI Doc. Number |
STF | Technical Body in Charge |
Standard Not Ready For Download |
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| DGR/MAT-002_SU-MIMO | GR MAT 002 | MAT | |||||
| Current Status (Click to View Full Schedule) |
Latest Version |
Cover Date | Standstill | Creation Date | |||
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View Standstill Information | 2025-10-09 | |||||
| Rapporteur | Technical Officer | Harmonised Standard | |||||
David Vargas
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Karen Hughes
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No | |||||
| Title |
Multiple Access Techniques (MAT); Low complexity transceiver architectures for high-order SU-MIMO |
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Scope and Field of Application |
FWA CPE type devices and can improve coverage and capacity. - As proposed in RP-231928, low complexity MAT architectures are important to cope with the receiver complexity for high-order SU-MIMO. - Even if form factor is not an issue, demodulation complexity and power consumption for R-ML type devices could become a bottleneck. R-ML receivers have been widely available in real-world UE devices (R1-2506216). The scope of work includudes novel physical layer techniques that enable SU-MIMO with high number of transmission layers with a focus on performance vs. complexity trade-off. |
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Supporting Organizations |
BBC, EURECOM, CTTC, Turk Telekomunikasyon A.S., Imperial College London | ||||||
