Extensive and repeatable experimentation in mobile communications with programmable instruments

García-Pérez, Cesar A.; Recio-Pérez, Álvaro M.; Rios-Gomez, Alvaro; Zayas, Almudena Díaz; Merino, Pedro

doi:10.1109/rev.2016.7444436

Cited by 3 publications

(1 citation statement)

References 10 publications

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“…To configure and orchestrate the execution of the tests designed in this paper we have used OMF (Control and Management Framework), a suite of software components which provides control, measurement, and management tools to support extensive and repeatable experimentation. We have extended OMF to support the control of the eNode B emulator and the DC power analyzer [17]. Our monitoring tool for Android devices, TestelDroid [18] has also been instrumented to support the automatic collections of measurements through the OMF and OML (OMF Measurement Library) experimentation framework [19].…”

Section: Testing Environmentmentioning

confidence: 99%

Characterizing Radio and Networking Power Consumption in LTE Networks

Pérez

Zayas

Merino

2016

Mobile Information Systems

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Power consumption is a key factor in how final users rate the quality of service in mobile networks; however, its characterization is a challenging issue due to the many parameters involved and the complexity of their dependencies. Traditional battery drain testing in the field does not provide a suitable environment to reach accurate conclusions. In this paper we address this problem providing a controlled environment, more compact and accurate than those currently found in the literature, designed to measure the effects that different factors have on the global energy consumption.

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Section: Testing Environmentmentioning

confidence: 99%