On Hard Realtime Traffic in Converged Time-Sensitive Networks

Latency Measurement Platform

Making Time-Sensitive Networking Deployable: A Comprehensive Lifecycle Architecture

This work presents a comprehensive overview of the TSN deployment lifecycle, current challenges, limitations of existing tools, and future research directions for TSN deployment and management, and identifies key research gaps from a deployment perspective and provides guidance for the development of next-generation de...

Scaling 5G-TSN Bridges: Operating Regimes, Scheduling, and Time Synchronisation Under Heterogeneous Industrial Traffic

The nascTime framework on OMNeT++/Simu5G is used to evaluate how many TSN endpoints a single 5G NR cell can bridge before per-flow QoS degrades, showing that sub-3 ms TSN deadlines may require radio-configuration changes such as configured grants or higher numerology.

A Digital Twin-Enabled Management Framework for Low-Latency and Low-Jitter Wireless TSN

This paper proposes a data-driven solution leveraging Digital Twin (DT) modeling to enhance WTSN management, and demonstrates that delay prediction through WTSN-DT reduces application link latency by up to 96% at the 90th percentile in a real Wi-Fi TSN setting, relative to fixed time slot allocation.

Evaluating Link-level Lossless Mechanisms in AI Networks

Evaluation results show that, while these mechanisms consume a small amount of link bandwidth, CBFC can greatly reduce receive buffer utilization, and LLR can substantially mitigate network performance degradation caused by packet corruption.

Assessing the impact of Linux networking on CPU consumption

The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.