Reproducibility is a key requirement for scientific progress. It allows the reproduction of the
works of others, and, as a consequence, to fully trust the reported claims and results. In this …

Context: In scientific software, the inability to reproduce results is often due to technical
issues and challenges in recreating the full computational workflow from the original …

Reproducibility is key to rigorous scientific progress. However, many publications in the
computer networks community lack support for reproducibility. In this paper, we argue that …

The complexity of evaluating TCP congestion control has increased considerably since its
initial development in the 1980s. Several congestion control algorithms following different …

In computing, research findings are often anecdotally faulted for not being reproducible.
Numerous empirical studies have analyzed the reproducibility of a variety of research. Our …

This paper presents Webget, a measurement tool that measures Web quality of service
(QoS) metrics, including the DNS lookup time, time to first byte (TTFB), and the download …

Quantifying the benefits of content cache deployments, both in terms of latency and path
lengths, and identifying the disparity of achievable benefits over IPv6 and over IPv4, is …

The" Measuring Broadband America" program, run by the United States Federal
Communications Commission (FCC), continually measures and releases data on the …

Sound research practices are the foundation of valid, reliable, and trustworthy research
results. The discipline of meta-research critically evaluates research practices and proposes …

Measuring and understanding the end-user browsing Quality of Experience (QoE) is crucial
to Mobile Network Operators (MNOs) to retain their customers and increase revenue. MNOs …