Elastic Computing - a novel paradigm for distributed systems

This talk, which is based on our newest findings and experiences from research and industrial projects, addresses one of the most relevant challenges for a decade to come: How to integrate the Internet of Things with software, people, and processes, considering modern Cloud Computing and Elasticity principles. Elasticity is seen as one of the main characteristics of Cloud Computing today. Is elasticity simply scalability on steroids? This talk addresses the main principles of elasticity, presents a fresh look at this problem, and examines how to integrate people, software services, and things into one composite system, which can be modeled, programmed, and deployed on a large scale in an elastic way. This novel paradigm has major consequences on how we view, build, design, and deploy ultra-large scale distributed systems.

vMotion Migración en Caliente

Esta memoria nos introduce en el mundo de los servidores de máquinas virtuales procurando no saltarse ningún paso, de una forma gráfica y sin necesidad de conocimientos previos sobre virtualización. Es una guía para la instalación y configuración de un centro de datos con las siguientes tecnologías de virtualización de la compañía VMware: vCenter Server y vSphere ESXi; y el almacenamiento en red open-source FreeNAS. Este despliegue se usará para poner a prueba el funcionamiento de la tecnología vMotion. vMotion es una tecnología para migrar en caliente una máquina virtual de un servidor de máquinas virtuales a otro, de forma transparente y sin desconexiones. Esta tecnología, con la potencia de los procesadores y el ancho de banda actual, es casi inocua al rendimiento de la máquina virtual, lo cual permite su aplicación en una gran diversidad de sectores.

Towards a unified management of applications on heterogeneous clouds

The diversity in the way cloud providers o↵er their services, give their SLAs, present their QoS, or support di↵erent technologies, makes very difficult the portability and interoperability of cloud applications, and favours the well-known vendor lock-in problem. We propose a model to describe cloud applications and the required resources in an agnostic, and providers- and resources-independent way, in which individual application modules, and entire applications, may be re-deployed using different services without modification. To support this model, and after the proposal of a variety of cross-cloud application management tools by different authors, we propose going one step further in the unification of cloud services with a management approach in which IaaS and PaaS services are integrated into a unified interface. We provide support for deploying applications whose components are distributed on different cloud providers, indistinctly using IaaS and PaaS services.