搜索结果: 1-9 共查到“知识库 Traffic Engineering”相关记录9条 . 查询时间(0.062 秒)
Application-Aware Aggregation and Traffic Engineering in a Converged Packet-Circuit Network
Converged Packet-Circuit Network Traffic Engineering Application-Aware
2015/5/18
We demonstrate a converged OpenFlow enabled packet-circuit network, where circuit flow properties (guarantee d bandwidth, low latency, low jitter, bandwidth-on-demand, fast recovery) provide different...
Protection Over Asymmetric Channels, S-MATE: Secure Multipath Adaptive Traffic Engineering
Asymmetric Channels S-MATE: Secure Multipath Adaptive Traffic Engineering
2011/3/1
There have been several approaches to the problem of provisioning traffic engineering between core network nodes in Internet Service Provider (ISP) networks.
Why Traffic Engineering Does Not Work for Physical Impairments Based Routing
Traffic Engineering Does Physical Impairments Routing
2015/7/17
ln all optical routing the main question is the permissible distance. Signal power is a key resource. The most common idea of resource balancing is Traffic Engineering. We will show with examples and ...
Energy Efficient Multilayer Traffic Engineering
Energy Efficient Multilayer Traffic Engineering
2015/7/15
Simulation shows how energy efficiency aware multilayer traffic engineering taking into account network equipment power characteristics can optimize IP-over-optical networks for diurnal traffic variat...
Design and Implementation of an All Optical Traffic Engineering Server with a Novel Logical Distance Optimization
All Optical Traffic Engineering Server Novel Logical Distance Optimization
2015/7/14
Our proposal “logical distance” makes it simple and effective to judge whether computed routes satisfy QoS or not. We confirm its feasibility by setting-up optical paths on computed routes with develo...
Impairment-Aware Traffic Engineering Using Cross-Layer Protocols
Impairment-Aware Traffic Engineering Cross-Layer Protocols
2015/7/14
Traffic engineering based on cross-layer communications to counter-act inter-channel impairments in optical networks is shown to yield significant throughput gains for a variety of traffic models.
Hardware Based Scalable Path Computation Engine for Multilayer Traffic Engineering in GMPLS networks
Hardware Scalable Path Computation Engine Multilayer Traffic Engineering GMPLS networks
2015/8/4
A parallel data-flow hardware based path computation engine that makes multilayer traffic engineering more scalable is proposed. The engine achieves 100 times faster than conventional path computation...
Novel Traffic Engineering in All-Optical Networks Considering Impairment
Traffic Engineering All-Optical Networks Considering Impairment
2015/8/3
In order to consider impairment simply and to satisfy quality-of-signal requirements in all-optical networks, we propose the new TE-constraint of “logical distance” which covers several impairment fac...
Evaluation of Traffic Engineering Technique for Layer-1 Bandwidth on Demand Service
Evaluation Traffic Engineering Technique Bandwidth Demand Service
2015/8/3
This paper proposes a novel traffic engineering technique for Layer1 bandwidth on demand service; it offers flexible resource allocation and path provision. Evaluation results in a real network are re...