To enable low-latency networking we propose X-PACE, a cross-layer pacing scheme. X-PACE provides low-latency communication under consideration of dynamics from ...

We propose X-Pace, an approach based on cross-layer pacing, to achieve predictably low communication latency in the presence of varying network channel ...

Abstract: For dynamic systems, it is mandatory that all components operate on predictably “fresh” data. This requirement constitutes a challenge, in particular, ...

Our evaluation shows that X-. PACE keeps the communication latency near the network and system limit (down to 1.24× the theoretical minimum), and it reduces ...

This work describes an IP cross-layer scheduler able to support a Proportional Differentiation Model (PDM) for delay guarantees with content-awareness, also ...

To enable low-latency networking we propose X-PACE, a cross-layer pacing scheme. X-PACE provides low-latency communication under consideration of dynamics from ...

Operating at the BDP is crucial for CPS as it keeps network buffers empty, thereby minimizing the end-to-end delay while the data rate is close to the ...

Bibliographic details on Cross-Layer Pacing for Predictably Low Age of Information.

For dynamic systems, it is mandatory that all components operate on predictably “fresh” data. This requirement constitutes a challenge, in particular, ...

This talk proposes cross-layer pacing, a dynamic approach for predictably low age of information. It minimizes queueing delays, which are a main source of ...