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Open-source Serverless Architectures: an Evaluation of Apache OpenWhisk
Conference proceeding

Open-source Serverless Architectures: an Evaluation of Apache OpenWhisk

Karim Djemame, Matthew Parker and Daniel Datsev
2020 IEEE/ACM 13th International Conference on Utility and Cloud Computing (UCC), pp.329-335
12/2020

Abstract

Apache OpenWhisk Benchmark testing cloud computing commercial solutions Computer architecture Containerisation Containers Open source software open-source serverless architectures open-source solution Openwhisk particular solution peer-to-peer computing Performance Evaluation public domain software Runtime Serverless Architecture serverless computing architecture serverless computing paradigm Servers
The serverless computing paradigm ushers in new concepts for running applications and services in the cloud. Currently, commercial solutions dominate the market, though open-source solutions do exist. As a consequence of this, there is little research detailing how well the different open-source solutions perform. In this paper, one such open-source solution, Apache OpenWhisk, is investigated to shed light on the capabilities and limitations inherent of such serverless computing architecture, and principally to provide further research on this particular solution's performance. This is accomplished through an extensive evaluation of OpenWhisk, involving a variety of experiments and benchmarks.

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