Autonomic Frameworks Deployment Using Configuration and Service Delivery Models for the Internet of Things - Interoperability and Open-Source Solutions for the Internet of Things - page 87

Autonomic Frameworks Deployment
Using Conguration and Service Delivery
Models for the Internet of Things

Mahmudur Rahman Saniat 1 , Hoan Nguyen Mau Quoc 2 ,
Huy Le Van 2 , Danh Le Phuoc 2 , Martin Serrano 2( & ) ,
and Manfred Hauswirth 3

1 Tilburg University, Tilburg City, The Netherlands
[e-mail]
2 Insight Center for Data Analytics,
National University of Ireland Galway, Galway City, Ireland
{hoan.quoc,huy.levan,danh.lephuoc,
martin.serrano}@deri.org
3 Fraunhofer - FOKUS, Kaiserin-Augusta 31, 10589 Berlin, Germany
[e-mail]

Abstract. Internet of Things systems rely on the principles for service
deployment and con

guration based on delivery models. The predominant
service delivery model for the Internet of Things architecture is a novel approach
to create a global IoT system for Internet Connected Objects. While the service
control loop has already been proposed (autonomics), the dynamic deployment
of the different modules of an IoT system is still due. In this paper an approach
for IoT service delivery model using autonomic management principles, which
can deploy and congure IoT services is presented. The use of an implemented
framework that helps administrator/user to deploy IoT platform(s) with auto-
nomic methods has been developed. Particularly and as proof of concept
example an open source platform ( www.superstreamcollider.org ) is used to
demonstrate service instantiation. The agent-based framework analyses the
requirements, dependencies and resolves them following autonomic design
principles and also, by design, it deploys the IoT service delivery model into
desired platform(s) running in the cloud or into a local machine.

Keywords: Internet of Things Service control loop Service delivery Cloud

infrastructure Management Autonomics utility-driven models Linked data

Cloud computing Cloud services Open source

1 Introduction

The predominant service delivery model for the Internet of Things architecture is a
novel approach to create a global IoT system for Internet Connected Objects. The
emergent introduction of this model has brought a new challenge, not only deploy,
install, govern and manage the full service lifecycle ef ciently but each and every

device should be able to communicate with the systems and in some cases with each