Title :
A practical approach to easily monitoring and managing IaaS environments
Author :
Bellavista, Paolo ; Giannelli, Carlo ; Mattetti, Massimiliano
Author_Institution :
CIRI-ICT, Univ. of Bologna, Bologna, Italy
Abstract :
Private cloud computing has been recently pushed as a promising solution to more efficiently exploit available hardware equipment and quickly reconfigure software components depending on the current load. However, private cloud computing, and in particular the Infrastructure as a Service (IaaS) model, has been primarily adopted only by large companies, at least so far. In fact, Small and Medium Enterprises (SMEs) usually have difficulties in adopting the private computing paradigm, either since they are not able to afford the cost of off-the-shelf proprietary solutions or they do not have the know-how required to adapt open-source solutions to their own requirements. The paper presents our novel framework for Easy Monitoring and Management of IaaS (EMMI) solutions, with the main objective of making easier the adoption of the private cloud paradigm. The EMMI framework is based on open-source software components, i.e., OpenStack for IaaS management, Collectd for distributed system monitoring, and Apache jk for load balancing, allowing to adopt the IaaS model easily and in a cost effective manner. The reported performance results demonstrate that the EMMI framework efficiently supports two primary features of the IaaS model, i.e., failover and scale-out, promptly identifying crucial events and autonomously taking suitable countermeasures.
Keywords :
business data processing; cloud computing; public domain software; resource allocation; small-to-medium enterprises; system monitoring; Apache jk; Collectd; EMMI solutions; IaaS environment management; IaaS environment monitoring; IaaS management; IaaS model; OpenStack; SMEs; distributed system monitoring; easy monitoring and management of IaaS solutions; hardware equipment; infrastructure as a service model; load balancing; open-source software components; private cloud computing; small and medium enterprises; software component reconfiguration; Cloud computing; Monitoring; Open source software; Random access memory; Virtual machining; Web servers; Cloud Computing; Failover Management; OpenStack; Private IaaS; Scale-out Management;
Conference_Titel :
Computers and Communications (ISCC), 2013 IEEE Symposium on
Conference_Location :
Split
DOI :
10.1109/ISCC.2013.6754916