Execution of SGE Clusters on top of Hybrid Clouds using OpenNebula

2. Objectives

3. What is OpenNebula? OpenNebula is a Virtual Infrastructure Manager that orchestrates storage, network and virtualization technologies to enable the dynamic placement of multi-tier services (groups of interconnected virtual machines) on distributed infrastructures, combining both data center resources and remote cloud resources, according to allocation policies. OpenNebula provides internal and Cloud administration and user interfaces for the full management of the Cloud platform. OpenNebula is an open and flexible tool that fits into existing data center environments to build any type of Cloud deployment. OpenNebula can be primarily used as a virtualization tool to manage your virtual infrastructure in the data-center or cluster, which is usually referred as private cloud. OpenNebula supports hybrid cloud to combine local infrastructure with public cloud-based infrastructure, enabling highly scalable hosting environments. OpenNebula also supports public clouds by providing Cloud interfaces to expose its functionality for virtual machine, storage and network management.OpenNebula is a Virtual Infrastructure Manager that orchestrates storage, network and virtualization technologies to enable the dynamic placement of multi-tier services (groups of interconnected virtual machines) on distributed infrastructures, combining both data center resources and remote cloud resources, according to allocation policies. OpenNebula provides internal and Cloud administration and user interfaces for the full management of the Cloud platform. OpenNebula is an open and flexible tool that fits into existing data center environments to build any type of Cloud deployment. OpenNebula can be primarily used as a virtualization tool to manage your virtual infrastructure in the data-center or cluster, which is usually referred as private cloud. OpenNebula supports hybrid cloud to combine local infrastructure with public cloud-based infrastructure, enabling highly scalable hosting environments. OpenNebula also supports public clouds by providing Cloud interfaces to expose its functionality for virtual machine, storage and network management.

4. Benefits For the Infrastructure Manager Faster respond to infrastructure needs for services with dynamic resizing of the physical infrastructure by adding new hosts, and dynamic cluster partitioning to meet capacity requirements of services Centralized management of all the virtual and physical distributed infrastructure Higher utilization of existing resources with the creation of a infrastructure incorporating the heterogeneous resources in the data center, and infrastructure sharing between different departments managing their own production clusters, so removing application silos Operational saving with server consolidation to a reduced number of physical systems, so reducing space, administration effort, power and cooling requirements Lower infrastructure expenses with the combination of local and remote Cloud resources, so eliminating the over-purchase of systems to meet peaks demands For the Infrastructure User Faster delivery and scalability of services to meet dynamic demands of service end-users Support for heterogeneous execution environments with multiple, even conflicting, software requirements on the same shared infrastructure Full control of the lifecycle of virtualized services management For System Integrators Fits into any existing data center thanks to its open, flexible and extensible interfaces, architecture and components Builds ant type of Cloud deployment Open source software, Apache license Seamless integration with any product and service in the virtualization/cloud ecosystem and management tool in the data center, such as cloud providers, VM managers, virtual image managers, service managers, management tools, schedulers…For the Infrastructure Manager Faster respond to infrastructure needs for services with dynamic resizing of the physical infrastructure by adding new hosts, and dynamic cluster partitioning to meet capacity requirements of services Centralized management of all the virtual and physical distributed infrastructure Higher utilization of existing resources with the creation of a infrastructure incorporating the heterogeneous resources in the data center, and infrastructure sharing between different departments managing their own production clusters, so removing application silos Operational saving with server consolidation to a reduced number of physical systems, so reducing space, administration effort, power and cooling requirements Lower infrastructure expenses with the combination of local and remote Cloud resources, so eliminating the over-purchase of systems to meet peaks demands For the Infrastructure User Faster delivery and scalability of services to meet dynamic demands of service end-users Support for heterogeneous execution environments with multiple, even conflicting, software requirements on the same shared infrastructure Full control of the lifecycle of virtualized services management For System Integrators Fits into any existing data center thanks to its open, flexible and extensible interfaces, architecture and components Builds ant type of Cloud deployment Open source software, Apache license Seamless integration with any product and service in the virtualization/cloud ecosystem and management tool in the data center, such as cloud providers, VM managers, virtual image managers, service managers, management tools, schedulers…

5. Features – Private Clouds One we have seen the current state of research in cloud computing, let me know explain you my vision…One we have seen the current state of research in cloud computing, let me know explain you my vision…

6. Features – Private Clouds Three types of features according to the different deployment models About features…Three types of features according to the different deployment models About features…

7. Features – Hybrid Clouds One we have seen the current state of research in cloud computing, let me know explain you my vision…One we have seen the current state of research in cloud computing, let me know explain you my vision…

8. Features – Hybrid Clouds

9. Features – Public Clouds One we have seen the current state of research in cloud computing, let me know explain you my vision…One we have seen the current state of research in cloud computing, let me know explain you my vision…

10. Features – Public Clouds

11. Comparison with Similar Technologies

12. RESERVOIR

13. RESERVOIR

14. Ecosystem One of our aims is to develop an excellent working relationship with the different stakeholders in the virtualization and cloud computing ecosystem. The open, flexible and extensible architecture, interfaces and components of OpenNebula enable its integration with any product and service in the Cloud and virtualization ecosystem, and management tool in the data center, so adding value to all players in the ecosystem.One of our aims is to develop an excellent working relationship with the different stakeholders in the virtualization and cloud computing ecosystem. The open, flexible and extensible architecture, interfaces and components of OpenNebula enable its integration with any product and service in the Cloud and virtualization ecosystem, and management tool in the data center, so adding value to all players in the ecosystem.

15. Scaling SGE cluster in Hybrid Clouds On-demand resource provisioning Heterogenous workloadsOn-demand resource provisioning Heterogenous workloads

16. Scaling SGE cluster in Hybrid Clouds On-demand resource provisioning Heterogenous workloadsOn-demand resource provisioning Heterogenous workloads