全部文献期刊会议图书|学者科研项目
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作者:Yuan Zuo , Yulei Wu , Geyong Min ...
来源:[J].Future Generation Computer Systems(IF 1.864), 2019, Vol.92, pp.59-67
摘要:Abstract(#br)Recent advances in traffic engineering offer a series of techniques to address the network problems due to the explosive growth of Internet traffic. In traffic engineering, dynamic path planning is essential for prevalent applications, e.g., load balancing, traffic m...
作者:Maheen Islam , Md. Abdur Razzaque , Md. Mamun-Or-Rashid ...
来源:[J].Computer Communications(IF 1.079), 2018, Vol.116, pp.212-224
摘要:Abstract(#br)In this paper, we investigate traffic engineering (TE) methods in Cognitive Radio Wireless Mesh Networks (CR-WMNs) through joint selection of link-channel pairs at each forwarding router and allocating powers on those so as to boost up overall network throughput. We ...
作者:Jingyu Hua , Laiping Zhao , Suohao Zhang ...
来源:[J].Computer Networks(IF 1.231), 2018, Vol.140, pp.62-77
摘要:... As networks are evolving into a complex multi-domain multi-layer architecture, traffic engineering across multiple domains and layers entails significant challenges for the control plane, especially when each separate administrative domain is not willing to disclose its netwo...
作者:Tatsuya Otoshi , Yuichi Ohsita , Masayuki Murata ...
来源:[J].Computer Networks(IF 1.231), 2015, Vol.85, pp.36-50
摘要:Abstract(#br)Traffic engineering with traffic prediction is a promising approach to accommodate time-varying traffic without frequent route changes. In this approach, the routes are decided so as to avoid congestion on the basis of the predicted traffic. However, if the range of ...
作者:Dmitrii Chemodanov , Flavio Esposito , Prasad Calyam ...
来源:[J].Future Generation Computer Systems(IF 1.864), 2020, Vol.108, pp.624-635
摘要:Abstract(#br)Nowadays the abundance of IoT devices has the potential of changing our lives dramatically, but brings new routing and traffic orchestration challenges for the next-generation Internet providers: core routers are already overwhelmed, see e.g , the routing table size...
作者:Jun Wang , Yaling Yang , Li Xiao ...
来源:[J].Computer Networks(IF 1.231), 2004, Vol.48 (4), pp.605-625
摘要:Abstract(#br)This paper proposes and evaluates a novel, edge-based approach, which we call the k -set Traffic Engineering (TE) method, to perform traffic engineering in OSPF networks by partitioning traffic into uneven k -traffic sets. The traffic partitioning and splitting ta...
作者:Chun Tung Chou
来源:[J].Computer Networks(IF 1.231), 2003, Vol.44 (3), pp.319-333
摘要:Abstract(#br)This paper considers the traffic engineering of MPLS-based Virtual Private Networks (VPNs) with multiple classes of service in an offline and centralised setting. We focus on two main issues. Firstly, we point out that the one label switched path (LSP) per ingress...
作者:Yingya Guo , Zhiliang Wang , Xia Yin ...
来源:[J].Computer Networks(IF 1.231), 2017, Vol.126, pp.187-199
摘要:Abstract(#br)Traffic engineering (TE) is an efficient tool for optimizing traffic routing and balancing the flows in networks. Traffic is dynamic, previous TE optimization over a single traffic matrix (TM) have some limitations, because a single TM can have big measurement errors...
作者:Shekhar Srivastava , Appie van de Liefvoort , Deep Medhi
来源:[J].Computer Networks(IF 1.231), 2009, Vol.53 (15), pp.2688-2702
摘要:Abstract(#br)Heterogeneous streams (due to issues such as disparate traffic characteristics of each stream, or competing customers’ traffic) raise the issue of whether to multiplex (some of) these streams. In an MPLS network, such multiplexing can be considered by putting d...
作者:Shekhar Srivastava , Balaji Krithikaivasan , Cory Beard ...
来源:[J].Computer Communications(IF 1.079), 2003, Vol.27 (5), pp.387-399
摘要:Abstract(#br)We demonstrate the benefits of traffic engineering by studying three realistic network models derived from an actual service provider network. We evaluate traffic engineering in the presence of QoS-based routing schemes compared with Destination-Based Routing, the...

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