Controlling Adaptive HARQ Erasure Coding for Real-Time Transport Under Channel Model Mismatch

Delay Violation Probability Modeling for 5G Systems with HARQ Operation

A tractable DVP characterization for 5G HARQ is developed that accounts for queueing, transmission, decoding, and feedback delay, as well as the contribution of Control Signaling transmissions to the overall delay, under practical timing assumptions consistent with 3GPP operation.

From Metric to Mechanism: Designing Wireless Resilience through Finite Blocklength Dynamics

This work addresses network resilience from a time-centric perspective by explicitly integrating finite blocklength (FBL) communication, thereby exposing transmission duration as a controllable resource for system recovery.

Link-Adaptive Semi-Persistent Scheduling for PDV-Reduced TSN Uplink over 5G NR

Achieving deterministic latency for time-sensitive flows within integrated 5G and Time-Sensitive Networking (TSN) ecosystem requires the active mitigation of stochastic delays inherent in 5G New Radio (NR). While existing research typically relies on pessimistic guard bands or over-provisioned time-domain resources via...

Scheduler-Agnostic Adaptive-FEC for MPQUIC: Field Evaluation over Commercial Cellular Paths

An adaptive Forward Error Correction (FEC) scheme for MPQUIC Datagram that reuses QUIC loss detection signals and an off-the-shelf Reed-Solomon coding library to provide practical latency and reliability gains under the measured vehicular mobile conditions.

Modeling and Analysis of Isochronous Communication Under Lifetime- and Flushing-Based Mechanisms

PHY-Layer Modeling and Throughput-Driven Adaptation for Batteryless V2X Networks

This paper investigates a packetized batteryless V2X overlay architecture in which a dedicated short-range communications (DSRC)-based packet simultaneously carries conventional V2X data and a passive overlay payload, and proposes a multi-agent reinforcement learning (MARL)-based adaptive parameter-selection method.