Power consumption in remote gaming: An empirical evaluation

Komu, Miika; Morabito, Roberto; Kauppinen, Tero; Kjallman, Jimmy; Yao, Yong

doi:10.1109/infcomw.2016.7562174

Cited by 2 publications

(1 citation statement)

References 10 publications

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“…Mekonnen et al [14] Journal Wireless sensor networks P2 | P6 2017 Makinen et al [15] Conference IoT -2017 Morabito et al [16] Demo Vehicular technologies P5 2017 Morabito [17] Conference Edge computing P3 | P4 | P5 2017 Morabito et al [18] Conference IoT/Edge computing P3 2016 Morabito et al [19] Conference Edge computing P4 2016 Petrolo et al [20] Journal IoT/Edge computing P3 2016 Morabito [21] Poster IoT P2 2016 Komu et al [22] Conference Edge computing -2016 Morabito [23] Conference Cloud computing -2015 Morabito et al [24] Conference Cloud computing P1 2015…”

Section: Year Of Publicationmentioning

confidence: 99%

Evaluating Performance of Containerized IoT Services for Clustered Devices at the Network Edge

Morabito

Farris

Iera

et al. 2017

IEEE Internet Things J.

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104

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Research question 1 serves as a meta question for all of the remaining RQs, while a favorable response to RQ2 leads to the possibility of answering four additional RQs (RQ3 to RQ6), each of which can be linked to a separate and independent research problem. As portrayed in Fig. 2, each publication included in this dissertation is intended to address a specific research problem. Publication VI (P6) defines two different container-based solutions for IoT service provisioning. The first operational framework is based on a direct interaction between cooperating devices, while the second relies on the presence of an edge manager that controls the processes between cooperating devices that form a cluster. We also validate the efficiency of the two frameworks by means of an extensive empirical campaign carried out via an IoT testbed. The performance analysis sheds light on the feasibility of container-based IoT service provisioning frameworks. The results also demonstrate that container

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