Research
Coupled-phase transmission and reflection design with Cramé–Rao bound guarantees for STAR-RIS-assisted integrated sensing and communication
Nature ·
The Brief
- The paper presents a coupled-phase design of transmission and reflection for STAR-RIS-assisted integrated sensing and communication.
- The design is accompanied by Cramér-Rao bound guarantees for the sensing performance.
- The work is listed in nature.com's physics subject feed dated 2026-11-10.
Why it matters
It offers a performance-bound-backed design method for simultaneously transmitting and reflecting signals with a reconfigurable surface, which matters to researchers working on joint sensing and communication systems.
Who’s affected
- researchers in wireless communication and integrated sensing and communication
- engineers working on reconfigurable intelligent surfaces
- #star-ris
- #integrated sensing and communication
- #cramer-rao bound
- #reconfigurable intelligent surfaces
- #wireless communication
Timeline
Article listed on nature.com physics subject feed
Physics : nature.com subject feeds
Coupled-phase transmission and reflection design with Cramé–Rao bound guarantees for STAR-RIS-assisted integrated sensing and communication