Optical networks provide a clear opportunity to redesign the multi-domain routing paradigm. This paper reviews the current limitations in multi-domain routing as well as some of the research lines in the optical area....
详细信息
ISBN:
(纸本)9781424426065
Optical networks provide a clear opportunity to redesign the multi-domain routing paradigm. This paper reviews the current limitations in multi-domain routing as well as some of the research lines in the optical area. (C) 2008 Optical Society of America
We propose an adiabatic following for a Vee, a Ladder and a Lambda quantum system. We illustrate different possibilities for population transfer in these multi-level quantum systems and we furthermore provide the reci...
详细信息
We propose a new survivable network methodology for planning a future backbone network that is required to guarantee full survivability under dynamic change of demand. We consider the capacity planning problem and fin...
详细信息
This paper develops a scheme to dynamically make grooming, regenerator placement, and routing and wavelength assignment (RWA) decisions for translucent mixed-line-rate optical networks. We consider physical impairment...
详细信息
This paper presents a routing and spectrum assignment scheme based on Monte Carlo method (MC-RSA) for elastic optical networks, which significantly improves the network performance such as bandwidth blocking probabili...
详细信息
ISBN:
(纸本)9781943580705
This paper presents a routing and spectrum assignment scheme based on Monte Carlo method (MC-RSA) for elastic optical networks, which significantly improves the network performance such as bandwidth blocking probability, load balancing and spectrum fragmentation.
A fast and accurate QoT estimation scheme using deep neural network is proposed for dynamic C+L-band large-scale mesh networks. The calculation time is decreased dramatically and it is applied to measure the fiber bro...
详细信息
ISBN:
(纸本)9781957171180
A fast and accurate QoT estimation scheme using deep neural network is proposed for dynamic C+L-band large-scale mesh networks. The calculation time is decreased dramatically and it is applied to measure the fiber broken case.
We demonstrate that joint orchestration of TSN and optical network domains in support of IIoT applications reduces the TSN blocking by four orders of magnitude and the usage of high priority queues by a 28-100%.
ISBN:
(纸本)9781957171180
We demonstrate that joint orchestration of TSN and optical network domains in support of IIoT applications reduces the TSN blocking by four orders of magnitude and the usage of high priority queues by a 28-100%.
This article introduces a modified version of clustering techniques that can be applied in traffic aggregation for point -to -in ultipoint optical network architectures employing digital subcarrier multiplexing. The a...
详细信息
ISBN:
(纸本)9781957171180
This article introduces a modified version of clustering techniques that can be applied in traffic aggregation for point -to -in ultipoint optical network architectures employing digital subcarrier multiplexing. The algorithm dynamically assigns individual subcarriers to nodes with uncorrelated traffic profiles. (c) 2022 The Author(s)
Quantum key distribution (QKD) has potential to provide long-term security for communications across the Internet. As security-hungry applications dramatically rise nowadays, a growing number of QKD networks are promi...
详细信息
Quantum key distribution (QKD) has potential to provide long-term security for communications across the Internet. As security-hungry applications dramatically rise nowadays, a growing number of QKD networks are promising to be deployed in the immediate future. Nevertheless, a high-security-demand institution (e.g., a bank) needs to pay a high price to deploy its dedicated QKD network, while a cost-effective way of overcoming this challenge is to make multiple tenants share a QKD network. Each tenant represents a high-security-demand institution and can obtain secret keys on demand from the QKD network infrastructure for security purposes. Hence, how to achieve efficient and flexible multi-tenant provisioning over a QKD network becomes a crucial problem. This work introduces software defined networking (SDN) to address this problem. We experimentally demonstrate multi-tenant provisioning (including tenant establishment, adjustment, and deletion) over SDN-enabled metropolitan area QKD networks. A SDN-enabled metropolitan area QKD network architecture is introduced. We present a workflow, protocol extensions, and an on-demand secret-key resource allocation strategy for multi-tenant provisioning, which are all demonstrated by establishing an experimental testbed in the lab. Experimental results verify the effectiveness and flexibility of our SDN-based approaches for multi-tenant provisioning over metropolitan area QKD networks. Moreover, we conduct the simulation and discover the ways of improving the success probability of multi-tenant provisioning over metropolitan area QKD networks. (C) 2019 Optical Society of America
暂无评论