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 98

5.3 Experiment Setup

LSM-Light modules can be deployed under different platform and the minimum
requirement used in the performed experiment in Fed4FIRE are indicated at the Table 1
as follow:

Table 1. SSC-Fed4FIRE experimental setup

Fed4FIRE
Platform

BonFIRE PlanetLab Virtual Wall

Number of
servers

1 LSM Live View Server 5
nodes CQELS cluster
(1 master, 4 slaves),

10 servers across
different sites in
Europe, Tomcat
Webserver

10 servers × 10
(CQELS clients
each)

CPU 4 cores 10 cores 10 cores

Memory 8 GB 8 GB 8 GB

Storage 10 GB internal + 80 GB

Data block

10 GB
internal + 50 GB
Data block

10 GB
internal + 50 GB
Data block

Network IPv4 + IPv6 IPv4 IPv6

OS Debian Fedora Ubuntu

Imaging
support

Yes No No

Tools used Web Portal, CLI tools jFed jFed

The autonomic agent proposed deployment was partially tested in the Fed4FIRE
platform. The Project Fed4FIRE is an effort to deliver a common federation framework
for Future Internet Research and Experimentation facilities. It enables experimenters
from different communities to easily access existing testbeds while federated tools
support powerful experiment lifecycle management. During the course of this exper-
iment, the use of three testbeds: BonFIRE, PlanetLab Europe and Virtual Wall to
deploy IoT services, each of which has different capability and technical aspects, were
required.

6 Conclusions and Future Work

The architecture design and development of competent autonomic elements for IoT
requires an effective marriage of technology with the functionality and capacity of the
Internet of Things systems.
An assortment of perfectly self-managing autonomic elements will not yield an
autonomic computing system unless the elements share a set of common behaviours,
interfaces and interaction patterns that are demonstrably capable of engendering sys-
tem-level self management.
Initial experiments to test self-con guration and self-deployment capacity have been

tested in the framework of SSC-Fed4FIRE experiments. It has been demonstrated the