Serverledge is a research prototype to run serverless functions in the Edge-Cloud Continuum. This artifact guide illustrates the minimal steps required to obtain, configure and run Serverledge. We also explain how to access the evaluation results presented in the paper and generate the associated figures
Edge computing promises lower processing latencies and better privacy control than cloud computing f...
The exponential increase of the data generated by pervasive and mobile devices requires disrupting a...
The continuous demand for low latency, high reliability, and context-aware content has pushed the ex...
Serverledge is a research prototype to run serverless functions in the Edge-Cloud Continuum. This ar...
This archive contains data from the experiments presented in: G. Russo Russo, T. Mannucci, V. Carde...
As the Function-as-a-Service (FaaS) paradigm enjoys growing popularity within Cloud-based systems, t...
International audienceOne of the most prominent implementations of the serverless programming model ...
The Function-as-a-Service (FaaS) paradigm is increasingly adopted for the development of Cloud-nativ...
The artifact contains the software that is released for artifact evaluation of the "Benchmarking, An...
Serverless computing is a new trend in cloud computing technologies which involves the development o...
Serverless computing is a growing industry trend with corresponding rise in interest by scholars and...
Serverless computing literature dataset Topic: Serverless, Function as a Service(FaaS), Applicati...
Cloud applications are increasingly built from a mixture of runtime technologies. Hosted functions a...
The availability of decentralized edge computing locations as well as their combination with more ce...
Offloading computation from user devices to nodes with processing capabilities at the edge of the ne...
Edge computing promises lower processing latencies and better privacy control than cloud computing f...
The exponential increase of the data generated by pervasive and mobile devices requires disrupting a...
The continuous demand for low latency, high reliability, and context-aware content has pushed the ex...
Serverledge is a research prototype to run serverless functions in the Edge-Cloud Continuum. This ar...
This archive contains data from the experiments presented in: G. Russo Russo, T. Mannucci, V. Carde...
As the Function-as-a-Service (FaaS) paradigm enjoys growing popularity within Cloud-based systems, t...
International audienceOne of the most prominent implementations of the serverless programming model ...
The Function-as-a-Service (FaaS) paradigm is increasingly adopted for the development of Cloud-nativ...
The artifact contains the software that is released for artifact evaluation of the "Benchmarking, An...
Serverless computing is a new trend in cloud computing technologies which involves the development o...
Serverless computing is a growing industry trend with corresponding rise in interest by scholars and...
Serverless computing literature dataset Topic: Serverless, Function as a Service(FaaS), Applicati...
Cloud applications are increasingly built from a mixture of runtime technologies. Hosted functions a...
The availability of decentralized edge computing locations as well as their combination with more ce...
Offloading computation from user devices to nodes with processing capabilities at the edge of the ne...
Edge computing promises lower processing latencies and better privacy control than cloud computing f...
The exponential increase of the data generated by pervasive and mobile devices requires disrupting a...
The continuous demand for low latency, high reliability, and context-aware content has pushed the ex...
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