Center-fed pinching antenna system achieves strictly lower Ziv-Zakai bound on mean-squared reconstruction error than end-fed PASS for uplink environment sensing via doubled degrees of freedom and closed-form feed-point separation.
Pinching antenna-enabled ISAC systems: Exploiting look-angle dependence of RCS for target diversity
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Derives general and specialized ZZB expressions for PASS uplink sensing, characterizes asymptotics, and proposes surrogate objectives for ZZB-based optimization.
A robust beamforming optimization for coherent distributed ISAC maximizes expected KLD for target detection under statistical RCS and imperfect CSI, delivering up to 3 dB SCNR gains over conventional schemes while preserving per-user QoS.
The paper provides a comprehensive review and categorization of pinching antenna systems (PASS) for objectives including network coverage, data rate, secure transmission, sensing, integrated sensing and communication, and energy efficiency.
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Center-Fed Pinching Antenna System for Uplink Environment Sensing
Center-fed pinching antenna system achieves strictly lower Ziv-Zakai bound on mean-squared reconstruction error than end-fed PASS for uplink environment sensing via doubled degrees of freedom and closed-form feed-point separation.
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Pinching Antennas-Assisted Sensing: A Ziv-Zakai Bound (ZZB) Perspective
Derives general and specialized ZZB expressions for PASS uplink sensing, characterizes asymptotics, and proposes surrogate objectives for ZZB-based optimization.
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Robust Beamforming Design for Coherent Distributed ISAC with Statistical RCS and Phase Synchronization Uncertainty
A robust beamforming optimization for coherent distributed ISAC maximizes expected KLD for target detection under statistical RCS and imperfect CSI, delivering up to 3 dB SCNR gains over conventional schemes while preserving per-user QoS.
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Pinching Antenna Systems (PASS): Enabling Reconfigurable and Controllable Wireless Channels -- A Comprehensive Survey
The paper provides a comprehensive review and categorization of pinching antenna systems (PASS) for objectives including network coverage, data rate, secure transmission, sensing, integrated sensing and communication, and energy efficiency.