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Battery-aware centralized schedulers for CPU-bound jobs in mobile Grids
(Elsevier, 2016-07)
Given the relentless growing number of mobile devices, researchers have pointed out that distributed computing environments, such as clusters or even computational Grids, could increase the available resources by scavenging ...
A Two-Phase Energy-Aware Scheduling Approach for CPU-Intensive Jobs in Mobile Grids
(Springer, 2017-03)
The profusion of mobile devices over the world and their evolved computational capabilities promote their inclusion as resource providers in traditional Grid environments. However, their efficient exploitation requires ...
Energy-efficient Job Stealing for CPU-intensive processing in Mobile Devices
(Springer Wien, 2014-02)
Mobile devices have evolved from simple electronic agendas and mobile phones to small computers with great computational capabilities. In addition, there are more than 2 billion mobile devices around the world. Taking these ...
Crowd simulation: applying mobile grids to the social force model
(SpringerNew YorkEUA, 2012)
Simple Energy Aware Scheduler: An Empirical Evaluation
(CLEI, 2018-08)
Mobile devices have evolved from single purpose devices, such as mobile phone, into general purpose multi-core computers with considerable unused capabilities. Therefore, several researchers have considered harnessing the ...
Escalonamento de tarefas em grid no cen?rio de TV digital interativaGrid Task Scheduling in the Interactive Digital TV Scenario
(Universidade Federal do Rio Grande do NorteBrasilApodiIFRN, 2017)
DisastDrone: A Disaster Aware Consumer Internet of Drone Things System in Ultra-Low Latent 6G Network
Internet of Things application in disaster responses and management is a predominant research domain. The introduction of the consumer drones, flying ad-hoc networks, low latency 5G, and beyond 5G produce significant ...