GPC 2019 - 14th International Conference on Green, Pervasive and Cloud Computing

Green computing, in the context of cloud and pervasive computing, is a emerging research field in computer science and engineering. Pervasive computing and cloud computing are two promising paradigms that have been seeing exponential growth in the deployments and which, poised to take major roles in human's daily life. But in order to realize this potential, both will have to face the critical challenges related to energy consumption, for example, controlling the energy spent by the large-scale cloud data centers and prolonging the battery life of mobile devices in pervasive computing and Internet of Things (IoT). Therefore, new architectures, systems, and related techniques, such as mobile cloud computing (MCC), software-defined networking (SDN), and hybrid cloud services, are being developed to make the computing in cloud data centers and in pervasive wireless devices more productive and energy efficient, for shaping a "Green" world in the future.
GPC 2019 is the next event in a series of highly successful events focusing on pervasive and environmentally sustainable computing. In the last years, the conference has been successfully held and organized all over the world: Taichung, Taiwan (2006), Paris, France (2007), Kunming, China (2008), Geneva, Switzerland (2009), Hualien, Taiwan (2010), Oulu, Finland (2011), Hong Kong (2012), Seoul, Korea (2013), Wuhan, China (2014), Plantation Island, Fiji (2015), Xi’an, China (2016), Coast, Italy (2017), Hangzhou, China (2018). GPC 2019 will happen in the vibrant city of Uberlândia, in the heart of Brazil, and you are invited to join.
Topics of interest :
GPC 2019 welcomes original and innovative paper submissions from the academia, industry, and government, describing theoretical advances, system designs, implementations, and experimentations on the following topics, but not limited to:
Ubiquitous communications and networks.
Infrastructure softwarization.
Slicing.
Sensor, ad hoc networks, mobile agents, and networking.
Multimedia communications, machine to machine communications.
Cloud, cluster, and grid computing.
Mobile, peer-to-peer, and pervasive computing.
Service-oriented computing.
Multi-core systems, parallel and distributed systems.
Internet of things, and cyber-physical systems.
Social network and services.
Energy-efficient computing, communication, and virtualization architectures and protocols.
Instrumentation and measurement studies on energy-efficient systems.
Energy-aware mobile cloud systems and large-scale applications.
Monitoring, sensing, control, and management of energy-aware systems.
Innovative technologies for robustness and reliability of energy-aware systems.
Trade-offs between performance, energy, and other resources in cloud sites and pervasive computing.
Lightweight and efficient cryptography, communication, and mobile apps.
Modeling and control of variability in demand and supply of green energy sources.
Integration, scheduling, and management of renewable energy sources.
Programming models, tools, and environments for and pervasive computing and energy-efficient systems.
Data analytics for pervasive computing and energy-efficient systems.
Machine learning for pervasive computing and energy-efficient systems.
Semantic web, semantic grid, metadata, and ontology related to cloud computing and pervasive computing.
Security and privacy for cloud computing and pervasive computing.
Economy and business models for cloud computing and pervasive computing.
Service Level Agreements (SLAs) guarantee for customers in cloud computing.
Incentives and innovative pricing for the management of cloud resources.
Grid and pervasive applications, including e-Science, e-Business, smart city, etc.