This paper presents novel extensions for Cloud-native SDN controller for partially disaggregated optical networks that allow real-time monitoring of optical transponders. New SDN controller components are presented, as well as overall architecture. Evaluation is performed with gNMI enabled OpenConfig transceivers.Grant numbers : AURORAS - Autonomic and disaggregated optical networks leveraging edge computing and photonic technologies (RTI2018-099178-B-I00)
The programmability of optical systems has a key role towards the integration of data and control pl...
We present a multi-adaptive OFDM-based BVT controlled with YANG/NETCONF by an autonomic SDN controll...
In this paper, data plane alternatives for optical performance monitoring are presented as enablers ...
This paper presents an overview of current trends in network protocols for control and management of...
Current SDN controllers are monolithic applications that are run on dedicated servers and require sp...
This tutorial considers the evolution of software-defined networking (SDN) control for optical trans...
This demo shows a cloud-native SDN controller that can estimate end-to-end QoT using both analytical...
TeraFlow proposes a novel secured transport Software Defined Networking (SDN) controller based on a ...
This paper presents an experimental evaluation of network protocols for control and management of op...
We present a cloud-native architecture for Optical SDN Controllers based on ABNO architecture and gR...
Network operators are facing a critical issue on their optical transport networks to deploy 5G++ and...
Goals and Non-GoalsThis tutorial considers the evolution of SDN control for optical transport networ...
The Internet data traffic constant growth caused by the popularization of cloud services, mobile and...
Accurate real-time availability of transmission parameters at the network controller has the potenti...
We present the first SDN-enabled multi-domain multi-layer (WDM/SDM) control architecture for partial...
The programmability of optical systems has a key role towards the integration of data and control pl...
We present a multi-adaptive OFDM-based BVT controlled with YANG/NETCONF by an autonomic SDN controll...
In this paper, data plane alternatives for optical performance monitoring are presented as enablers ...
This paper presents an overview of current trends in network protocols for control and management of...
Current SDN controllers are monolithic applications that are run on dedicated servers and require sp...
This tutorial considers the evolution of software-defined networking (SDN) control for optical trans...
This demo shows a cloud-native SDN controller that can estimate end-to-end QoT using both analytical...
TeraFlow proposes a novel secured transport Software Defined Networking (SDN) controller based on a ...
This paper presents an experimental evaluation of network protocols for control and management of op...
We present a cloud-native architecture for Optical SDN Controllers based on ABNO architecture and gR...
Network operators are facing a critical issue on their optical transport networks to deploy 5G++ and...
Goals and Non-GoalsThis tutorial considers the evolution of SDN control for optical transport networ...
The Internet data traffic constant growth caused by the popularization of cloud services, mobile and...
Accurate real-time availability of transmission parameters at the network controller has the potenti...
We present the first SDN-enabled multi-domain multi-layer (WDM/SDM) control architecture for partial...
The programmability of optical systems has a key role towards the integration of data and control pl...
We present a multi-adaptive OFDM-based BVT controlled with YANG/NETCONF by an autonomic SDN controll...
In this paper, data plane alternatives for optical performance monitoring are presented as enablers ...