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Context: To discover the scientific context of the project. Goals: To get the objectives of the project. Workpackages: To get a short description of the four (scientific) work packages. Publications: To find associated publications. to:
Context: Discover the scientific context of the project. Goals: See the objectives of the project. Workpackages: See a short description of the four (scientific) work packages. Publications: Find associated publications. Changed line 19 from:
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    DISCO project is sponsored by two "Poles de Compétitivité": to:
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DISCO project is sponsored by two "Poles de Compétitivité": Deleted line 30:
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ANR INFRA DISCO (ANR-13-INFR-013) to:
ANR INFRA DISCO (ANR-13-INFR-013) Changed line 3 from:
DISCO is an ANR funded project. It started on January 1st 2014 and it will last up to June 2017. to:
DISCO (DIstributed SDN COntrollers for rich and elastic network services) is an ANR funded project. It started on January 1st 2014 and it will last up to June 2017. Changed lines 26-29 from:
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Goals of DISCO: To get the objectives of the project. to:
Goals: To get the objectives of the project. Changed line 1 from:
Welcome to the homepage of DISCO! to:
Welcome to the homepage of DISCO! Changed lines 8-10 from:
Context: To discover the scientific context of the project Goals of DISCO: To get the objectives of the project to:
Context: To discover the scientific context of the project. Goals of DISCO: To get the objectives of the project. Added line 4:
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Context: To discover the scientific context of the projectGoals of DISCO: To get the objectives of the projectWorkpackages: To get a short description of the four (scientific) work packages.Publications: To find associated publications.News : To see announcements and events related to DISCO project.Partners: DISCO is a joint-effort of 4 partners:to:
Context: To discover the scientific context of the project Goals of DISCO: To get the objectives of the project Workpackages: To get a short description of the four (scientific) work packages. Publications: To find associated publications. News : To see announcements and events related to DISCO project. Partners: DISCO is a joint-effort of 4 partners: Changed line 7 from:
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Context: To discover the scientific context of the projectChanged lines 7-24 from:
ContextTo discover the scientific context of the project Goals of DISCOTo get the objectives of the project PartnersDISCO involves 4 partners: TCS (leader), 6WIND, INRIA and ENSL WorkpackagesTo get a short description of the four (scientific) work packages. PublicationsTo find associated publications. NewsTo see announcements and events related to DISCO project. to:
Context: To discover the scientific context of the projectGoals of DISCO: To get the objectives of the projectWorkpackages: To get a short description of the four (scientific) work packages.Publications: To find associated publications.News : To see announcements and events related to DISCO project.Partners: DISCO is a joint-effort of 4 partners:Changed lines 7-10 from:
ContextSDN (Software Defined Networking) represents a disruptive change in the way networks are architected, built, and operated. SDN opens up traditionally closed, single-vendor networks and brings competition and innovation to bear on some historically unsolvable networking problems. SDN is a new promising networking paradigm where network control is decoupled from forwarding and is directly programmable. This migration of control, formerly tightly bound in individual network devices, into accessible computing devices enables the underlying infrastructure to be abstracted for applications and network services, which can treat the network as a logical or virtual entity. SDN thus enables to automatically and flexibly manage network resources. to:
ContextTo discover the scientific context of the project Changed line 11 from:
To discover the scientific objectives of the project to:
To get the objectives of the project Changed line 27 from:
To contact us, please send an email to: to:
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To discover the scientific objectives of the project Deleted lines 11-12:
DISCO (DIstributed SDN COntrollers for rich and elastic network services) leans on the complementary technical expertise of the partners to bring flexibility, scalability and resiliency in SDN architectures, but also, richness and elasticity for the deployment of network services, for example for content delivery. DISCO will in particular investigate the urbanisation of virtual network functions or network appliances (e.g., load-balancer, deep packet inspection, ciphers), that can be embedded into virtual machines, thus consuming communized CPUs, memory and network capabilities. The project will provide tools to optimise the management of appliances in order to have the minimal footprint on the physical layer while ensuring high level services (content distribution, critical information...). DISCO will propose innovative SDN data plane optimization mechanisms, controllable through a standard SDN interface and based on an extension of current technologies. These mechanisms will dynamically accelerate the flow processing while consolidation other workloads on a single commoditized multi-core platform. DISCO will also investigate a multi-controller platform for robustness, scalability and flexibility of the control plane and extended capabilities for monitoring and configuration of virtualised network functions. Finally, DISCO will study and develop a NaaS (Network-as-a-Service) API that provides a mean for applications to get an instantaneous abstract view of network resources to determine the amount of resources they can use and compute their optimal placement and to request network services. Changed line 19 from:
To get a short description of the scientific outlines. to:
To get a short description of the four (scientific) work packages. Changed line 28 from:
To contact us, please send an email to: to:
To contact us, please send an email to: Changed line 28 from:
Contact us: test@disco.fr to:
To contact us, please send an email to: Changed lines 4-6 from:
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DISCO proposes to explore the way how SDN changes network monitoring, control, urbanisation and abstract description of network resources for the optimisation of services. SDN promises a wide array of optimization techniques and newer algorithms for managing traffic. Deleted line 9:
This project proposes to explore the way how SDN changes network monitoring, control, urbanisation and abstract description of network resources for the optimisation of services. SDN promises a wide array of optimization techniques and newer algorithms for managing traffic. Over the next five years, SDN will penetrate further into Telco and data centre networks and will find its place into enterprises. However, even though the Open Network Foundation (ONF) progresses on the standardisation of an open control interface (OpenFlow), there are still many research issues requiring investigation and the whole approach calls for experimental validation. Added line 2:
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To see announcements and events related to DISCO project to:
To see announcements and events related to DISCO project. Contact us: test@disco.fr Changed lines 17-18 from:
Description of the scientific outlines. to:
To get a short description of the scientific outlines. Changed lines 20-21 from:
Report associated publications. to:
To find associated publications. Changed line 23 from:
Report announcements and events related to DISCO project to:
To see announcements and events related to DISCO project Changed lines 1-2 from:
DISCO is an ANR funded project. It started on January 1st 2014. to:
DISCO is an ANR funded project. It started on January 1st 2014 and it will last up to June 2017. Changed lines 16-17 from:
Description of the scientific outlines to:
Description of the scientific outlines. Changed line 19 from:
Find associated publications to:
Find associated publications. Changed line 19 from:
Find all associated publications to:
Find associated publications Changed line 6 from:
This project proposes to explore the way how SDN changes network monitoring, control, urbanisation and abstract description of network resources for the optimisation of services. SDN promises a wide array of optimization techniques and newer algorithms for managing traffic. Over the next five years, SDN will penetrate further into Telco and data centre networks and will find its place into enterprises. However, even though the Open Network Foundation (ONF) progresses on the standardisation of an open control interface (OpenFlow), there are still many research issues requiring investigation and the whole approach calls for experimental validation. to:
This project proposes to explore the way how SDN changes network monitoring, control, urbanisation and abstract description of network resources for the optimisation of services. SDN promises a wide array of optimization techniques and newer algorithms for managing traffic. Over the next five years, SDN will penetrate further into Telco and data centre networks and will find its place into enterprises. However, even though the Open Network Foundation (ONF) progresses on the standardisation of an open control interface (OpenFlow), there are still many research issues requiring investigation and the whole approach calls for experimental validation. Changed line 9 from:
DISCO (DIstributed SDN COntrollers for rich and elastic network services) leans on the complementary technical expertise of the partners to bring flexibility, scalability and resiliency in SDN architectures, but also, richness and elasticity for the deployment of network services, for example for content delivery. DISCO will in particular investigate the urbanisation of virtual network functions or network appliances (e.g., load-balancer, deep packet inspection, ciphers), that can be embedded into virtual machines, thus consuming communized CPUs, memory and network capabilities. The project will provide tools to optimise the management of appliances in order to have the minimal footprint on the physical layer while ensuring high level services (content distribution, critical information...). DISCO will propose innovative SDN data plane optimization mechanisms, controllable through a standard SDN interface and based on an extension of current technologies. These mechanisms will dynamically accelerate the flow processing while consolidation other workloads on a single commoditized multi-core platform. DISCO will also investigate a multi-controller platform for robustness, scalability and flexibility of the control plane and extended capabilities for monitoring and configuration of virtualised network functions. Finally, DISCO will study and develop a NaaS (Network-as-a-Service) API that provides a mean for applications to get an instantaneous abstract view of network resources to determine the amount of resources they can use and compute their optimal placement and to request network services. to:
DISCO (DIstributed SDN COntrollers for rich and elastic network services) leans on the complementary technical expertise of the partners to bring flexibility, scalability and resiliency in SDN architectures, but also, richness and elasticity for the deployment of network services, for example for content delivery. DISCO will in particular investigate the urbanisation of virtual network functions or network appliances (e.g., load-balancer, deep packet inspection, ciphers), that can be embedded into virtual machines, thus consuming communized CPUs, memory and network capabilities. The project will provide tools to optimise the management of appliances in order to have the minimal footprint on the physical layer while ensuring high level services (content distribution, critical information...). DISCO will propose innovative SDN data plane optimization mechanisms, controllable through a standard SDN interface and based on an extension of current technologies. These mechanisms will dynamically accelerate the flow processing while consolidation other workloads on a single commoditized multi-core platform. DISCO will also investigate a multi-controller platform for robustness, scalability and flexibility of the control plane and extended capabilities for monitoring and configuration of virtualised network functions. Finally, DISCO will study and develop a NaaS (Network-as-a-Service) API that provides a mean for applications to get an instantaneous abstract view of network resources to determine the amount of resources they can use and compute their optimal placement and to request network services. Deleted line 5:
Goal of DISCOAdded lines 7-9:
Goal of DISCODISCO (DIstributed SDN COntrollers for rich and elastic network services) leans on the complementary technical expertise of the partners to bring flexibility, scalability and resiliency in SDN architectures, but also, richness and elasticity for the deployment of network services, for example for content delivery. DISCO will in particular investigate the urbanisation of virtual network functions or network appliances (e.g., load-balancer, deep packet inspection, ciphers), that can be embedded into virtual machines, thus consuming communized CPUs, memory and network capabilities. The project will provide tools to optimise the management of appliances in order to have the minimal footprint on the physical layer while ensuring high level services (content distribution, critical information...). DISCO will propose innovative SDN data plane optimization mechanisms, controllable through a standard SDN interface and based on an extension of current technologies. These mechanisms will dynamically accelerate the flow processing while consolidation other workloads on a single commoditized multi-core platform. DISCO will also investigate a multi-controller platform for robustness, scalability and flexibility of the control plane and extended capabilities for monitoring and configuration of virtualised network functions. Finally, DISCO will study and develop a NaaS (Network-as-a-Service) API that provides a mean for applications to get an instantaneous abstract view of network resources to determine the amount of resources they can use and compute their optimal placement and to request network services. Changed lines 4-5 from:
le SDN c'est top to:
SDN (Software Defined Networking) represents a disruptive change in the way networks are architected, built, and operated. SDN opens up traditionally closed, single-vendor networks and brings competition and innovation to bear on some historically unsolvable networking problems. SDN is a new promising networking paradigm where network control is decoupled from forwarding and is directly programmable. This migration of control, formerly tightly bound in individual network devices, into accessible computing devices enables the underlying infrastructure to be abstracted for applications and network services, which can treat the network as a logical or virtual entity. SDN thus enables to automatically and flexibly manage network resources. Changed lines 7-8 from:
DISCO résout tout to:
This project proposes to explore the way how SDN changes network monitoring, control, urbanisation and abstract description of network resources for the optimisation of services. SDN promises a wide array of optimization techniques and newer algorithms for managing traffic. Over the next five years, SDN will penetrate further into Telco and data centre networks and will find its place into enterprises. However, even though the Open Network Foundation (ONF) progresses on the standardisation of an open control interface (OpenFlow), there are still many research issues requiring investigation and the whole approach calls for experimental validation. Changed line 16 from:
We report all associated publications to:
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Howdie ! Welcome to PmWiki! A local copy of PmWiki's documentation has been installed along with the software, and is available via the documentation index. To continue setting up PmWiki, see initial setup tasks. The basic editing page describes how to create pages in PmWiki. You can practice editing in the wiki sandbox. More information about PmWiki is available from http://www.pmwiki.org. to:
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Howdie ! Welcome to PmWiki! |
