Research watch
Curated, source-linked updates across secure wireless systems, advisor publications, and selected research interests.
Updates shown: 17 updates
PINCHING ANTENNAS
Link-level hardware evidence, bounded claim
Research interests
Reviews geometry-aware directional radiation and a 60 GHz video prototype without turning one link-level demonstration into field-maturity evidence.
PINCHING ANTENNAS
Mobility becomes part of learning
Research interests
Introduces finite antenna speed into federated-learning device selection and placement, while keeping convergence and age gains labeled as simulation results.
PINCHING ANTENNAS
A recent access-control preprint
Research interests
Studies blockage-aware EDMA with outage constraints, PGD, and SCA, clearly limiting near-optimality to the preprint’s tested numerical settings.
RECENT ADVISOR WORK
Geometry reaches the hardware bench
Advisors' work
Highlights Zhiguo Ding’s geometry-aware channel model and 60 GHz prototype while distinguishing link-level hardware evidence from scalable network validation.
RECENT ADVISOR WORK
Replacing ideal motion with a constraint
Advisors' work
Summarizes finite-speed pinching-antenna federated learning, where coalition selection and branch-and-bound placement are evaluated only through simulation.
RECENT ADVISOR WORK
Blockage-aware access design
Advisors' work
Summarizes outage-constrained pinching-antenna EDMA under blockage, scattering, and attenuation, with approximation and simulation limits kept visible.
PROFESSOR RESEARCH
AI-native wireless at several scales
Research interests
Tracks automated 6G security, diffusion receivers, and compact-model reasoning while separating dataset, simulation, and proof-of-concept evidence from deployment claims.
ADVISOR RESEARCH
Security under explicit assumptions
Advisors' work
Examines learned jamming, sensing imperfections, and RIS time reversal through public numerical evidence, with hardware and field-validation limits stated explicitly.
RESEARCH INTEREST
Foundation before hype
Research interests
Builds a careful pinching-antenna baseline from waveguide modeling, placement rules, and secrecy design, all bounded by analytical or simulated evidence.
ADVISOR RESEARCH
Resilience across network layers
Advisors' work
Connects adversarial links, automated security, LEO routing, slice risk, and RIS while keeping every reported gain tied to its evaluation setting.
FIELD RETROSPECTIVE
From links to LEO infrastructure
Related fields
Compares resilience at three layers: learned anti-jamming links, smart-jamming-aware LEO routes, and cross-slice service-chain placement under modeled risk.
COLLABORATOR RESEARCH
Stress-testing learned defenses
Research interests
Shows how black-box jammers, baited rewards, and sensing errors can undermine learned defenses across three public simulation studies.
FIELD UPDATE
Energy and latency in one queueing model
Related fields
Explains a Lyapunov-based online scheduler for wireless-powered edge computing and separates its stated latency-energy guarantees from simulation-only validation.
COLLABORATOR RESEARCH
Optimization across edge and orbit
Research interests
Pairs queue-aware wireless-powered edge scheduling with predictive LEO handover, highlighting optimization structure and the absence of operational deployment evidence.
COLLABORATOR RESEARCH
Generative models meet signal processing
Research interests
Follows a path from energy-aware edge scheduling to diffusion receivers that model uneven pilot reliability, with results limited to public simulations.
ADVISOR RESEARCH
An early pinching-antenna research arc
Advisors' work
Traces pinching antennas from a waveguide system model through closed-form placement and secrecy control, before the field’s latest prototype claims.
COLLABORATOR RESEARCH
Systems evidence from SIGCOMM
Research interests
Explains CEIO’s NIC-side credits and elastic buffering, including reported throughput and tail-latency gains from a bounded two-server 200 Gb/s testbed.
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