In this article we present a selection from a vast range of experiments run with MONROE, our open experiment as a service (EaaS) platform for measurements and experimentation in Mobile Broadband Networks. We show that the platform can be used to benchmark network performance in a repeatable and controlled manner thanks to the collection of a rich set of geotagged metadata and the execution of discretionary user experiments. Indeed, with the sheer amount of data collected from 12 commercial mobile operators across Europe, MONROE offers an unprecedented opportunity to monitor, analyze and ultimately improve the status of current and future mobile broadband networks. Besides, we show how flexibly the platform allows combining metadata and expe...
Measurement collection is a primary step towards analyzing and optimizing performance of a telecomm...
Crowdsourcing is a modern and growing technique of acquiring large amount of information. This proje...
Mobile networks have become highly complex systems. In order to better understand how network featur...
In this paper we present a selection from a vast range of experiments run with MONROE, our experimen...
Open experimentation with operational Mobile Broadband (MBB) networks in the wild is currently a fun...
Mobile broadband (MBB) networks underpin numerous vital operations of the society and are arguably b...
The Internet has brought substantial changes to our life as the main tool to access a large variety ...
This demo presents the MONROE distributed platform and how it can be used to implement measurement a...
<p>Experiment code from the MONROE FELICIA project.</p> <p>In the FELICIA project we conducted a fe...
Mobile Broadband (MBB) Networks are evolving at a fast pace, with technology enhancements that promi...
The goal of this research is to collect a wide range speedtest-like traces for the mobile broadband ...
Mobile networks have become ubiquitous and the primary meansto access the Internet, and the traffic ...
The goal of this research is to collect a wide range speedtest traces for the mobile broadband (MBB)...
With the rapidly growing market for smartphones and user’s confidence for immediate access to high-...
AbstractWe present Nornet Edge (NNE), a dedicated infrastructure for measurements and experimentatio...
Measurement collection is a primary step towards analyzing and optimizing performance of a telecomm...
Crowdsourcing is a modern and growing technique of acquiring large amount of information. This proje...
Mobile networks have become highly complex systems. In order to better understand how network featur...
In this paper we present a selection from a vast range of experiments run with MONROE, our experimen...
Open experimentation with operational Mobile Broadband (MBB) networks in the wild is currently a fun...
Mobile broadband (MBB) networks underpin numerous vital operations of the society and are arguably b...
The Internet has brought substantial changes to our life as the main tool to access a large variety ...
This demo presents the MONROE distributed platform and how it can be used to implement measurement a...
<p>Experiment code from the MONROE FELICIA project.</p> <p>In the FELICIA project we conducted a fe...
Mobile Broadband (MBB) Networks are evolving at a fast pace, with technology enhancements that promi...
The goal of this research is to collect a wide range speedtest-like traces for the mobile broadband ...
Mobile networks have become ubiquitous and the primary meansto access the Internet, and the traffic ...
The goal of this research is to collect a wide range speedtest traces for the mobile broadband (MBB)...
With the rapidly growing market for smartphones and user’s confidence for immediate access to high-...
AbstractWe present Nornet Edge (NNE), a dedicated infrastructure for measurements and experimentatio...
Measurement collection is a primary step towards analyzing and optimizing performance of a telecomm...
Crowdsourcing is a modern and growing technique of acquiring large amount of information. This proje...
Mobile networks have become highly complex systems. In order to better understand how network featur...