This document presents a networking latency measurement setup that focuses on affordability and universal applicability, and can provide sub-microsecond accuracy. It explains the prerequisites, hardware choices, and considerations to respect during measurement. In addition, it discusses the necessity for exhaustive latency measurements when dealing with high availability and low latency requirements. Preliminary results show that the accuracy is within ±0.02 μs when used with the Intel I350-T2 network adapter
Reducing latency is a major challenge for current telecommunications systems. 5G networks are envisi...
Abstract: Delay is the foundation for accurately measuring network performance metrics such as delay...
Many network applications have stringent end-to-end la-tency requirements, including VoIP and intera...
This document presents a networking latency measurement setup that focuses on affordability and univ...
Many data center applications such as web search, advertising, online retail, social collaboration, ...
This is the author accepted manuscript. The final version is available from IEEE via the DOI in this...
Latency is an essential measure of network performance, and specific latency limits are core element...
In this article, we examine possible methods for measuring uplink, downlink throughput, and network ...
The amount of applications that require high bandwidth and low latency, such as video, audio, teleco...
The article provides a measurement methodology based on the related RFCs. It brings a solution of de...
The aim of this thesis was to study the properties of the active network elements (routers, switches...
Wireless access technologies are widespread in domestic scenarios, and end users extensively use mob...
Abstract—Real-time applications have become increasingly common and necessary to perform everyday ta...
Driven by real-time applications such as IIoT, TSN and vehic- ular networks, the optimization of net...
While the current generation of mobile and fixed communication networks has been standardized for mo...
Reducing latency is a major challenge for current telecommunications systems. 5G networks are envisi...
Abstract: Delay is the foundation for accurately measuring network performance metrics such as delay...
Many network applications have stringent end-to-end la-tency requirements, including VoIP and intera...
This document presents a networking latency measurement setup that focuses on affordability and univ...
Many data center applications such as web search, advertising, online retail, social collaboration, ...
This is the author accepted manuscript. The final version is available from IEEE via the DOI in this...
Latency is an essential measure of network performance, and specific latency limits are core element...
In this article, we examine possible methods for measuring uplink, downlink throughput, and network ...
The amount of applications that require high bandwidth and low latency, such as video, audio, teleco...
The article provides a measurement methodology based on the related RFCs. It brings a solution of de...
The aim of this thesis was to study the properties of the active network elements (routers, switches...
Wireless access technologies are widespread in domestic scenarios, and end users extensively use mob...
Abstract—Real-time applications have become increasingly common and necessary to perform everyday ta...
Driven by real-time applications such as IIoT, TSN and vehic- ular networks, the optimization of net...
While the current generation of mobile and fixed communication networks has been standardized for mo...
Reducing latency is a major challenge for current telecommunications systems. 5G networks are envisi...
Abstract: Delay is the foundation for accurately measuring network performance metrics such as delay...
Many network applications have stringent end-to-end la-tency requirements, including VoIP and intera...