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检索条件"主题词=Network Programmability"

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Flexible Wired/Wi-Fi TSN networking through SDN and Soft Traffic Control

Flexible Wired/Wi-Fi TSN Networking through SDN and Soft Tra...

引用

4th IEEE Conference on network Function Virtualization / 9th Software Defined networks Conference (IEEE NFV-SDN)

作者： Miranda, Gilson, Jr. Haxhibeqiri, Jetmir Hoebeke, Jeroen Moerman, Ingrid Macedo, Daniel F. Marquez-Barja, Johann M. Univ Antwerp IDLab imec Antwerp Belgium Univ Ghent IDLab imec Ghent Belgium Univ Fed Minas Gerais Comp Sci Dept Belo Horizonte MG Brazil

ISBN: (纸本)9798350302547

Industrial-grade applications demand reliable, deterministic performance. Time-Sensitive networking (TSN) caters to this by enabling precise traffic control, primarily in wired setups. Recent Wi-Fi technologies are moving forward to support TSN features. Seamless multi-domain Wired/Wi-Fi communication requires solutions for synchronization, interoperability, scheduling, and monitoring. Current Software-Defined networking (SDN) controllers for TSN fall short of this support. In this demo, we showcase our modular SDN TSN Controller architecture and its components for traffic scheduling and finegrained network telemetry. The controller allows us to control a TSN network comprising Wired and Wi-Fi nodes, with real-time per-flow monitoring and schedule reconfiguration.

关键词： TSN network programmability SDN

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Software-Defined Firewall: Enabling Malware Traffic Detection and Programmable Security Control 18

Software-Defined Firewall: Enabling Malware Traffic Detectio...

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13th ACM Asia Conference on Information, Computer and Communications Security (ASIACCS)

作者： Gao, Shang Li, Zecheng Yao, Yuan Xiao, Bin Guo, Songtao Yang, Yuanyuan Hong Kong Polytech Univ Dept Comp Hong Kong Peoples R China Northwestern Polytech Univ Xian Peoples R China Hong Kong Polytech Univ Hong Kong Peoples R China Southwest Univ Coll Elect & Informat Engn Chongqing Peoples R China SUNY Stony Brook Dept Elect & Comp Engn Stony Brook NY 11794 USA

ISBN: (纸本)9781450355766

network-based malware has posed serious threats to the security of host machines. When malware adopts a private TCP/1P stack for communications, personal and network firewalls may fail to identify the malicious traffic. Current firewall policies do not have a convenient update mechanism, which makes the malicious traffic detection difficult. In this paper, we propose Software-Defined Firewall (SDF), a new security design to protect host machines and enable programmable security policy control by abstracting the firewall architecture into control and data planes. The control plane strengthens the easy security control policy update, as in the SDN (Software Definednetworking) architecture. The difference is that it further collects host information to provide application-level traffic control and improve the malicious traffic detection accuracy. The data plane accommodates all incoming/outgoing network traffic in a network hardware to avoid malware bypassing it. The design of SDF is easy to be implemented and deployed in today's network. We implerrrent a prototype of SDF and evaluate its performance in real-world experiments. Experimental results show that SDF can successfully monitor all network traffic (i.e., no traffic bypassing) and improves the accuracy of malicious traffic identification. Two examples of use cases indicate that SDF provides easier and more flexible solutions to today's host security problems than current firewalls.

关键词： Malicious traffic detection software-defined networks software-defined firewall network programmability

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Green Extension of OpenFlow 26

Green Extension of OpenFlow

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26th International Teletraffic Congress (ITC)

作者： Bruschi, Roberto Lombardo, Alfio Morabito, Giacomo Riccobene, Vincenzo Bolla, Raffaele Davoli, Franco Lombardo, Chiara Univ Genoa CNIT Res Unit Genoa Italy Univ Catania CNIT Res Unit Catania Italy Univ Genoa DITEN Genoa Italy

ISBN: (纸本)9780983628392

Today's network architectures are not able to cope with the Future Internet requirements, as they are too inefficient, power hungry, and ossified on the TCP/IP paradigm. In order to promote a viable evolution towards new protocols and paradigms, modern network routers should become programmable to allow a flexible management of both traffic flows and power states. In this respect, Software Defined networking (SDN) can represent the perfect support for the allocation of traffic flows and, at the same time, the management of the power states of the single nodes. To this purpose, this paper proposes to use the Green Abstraction Layer (GAL) to integrate the exchange of power management data among network elements and the application of control strategies inside the SDN paradigm. Moreover, in order to clarify how our study would help overcoming scalability issues and promote energy efficiency at the same time, this paper defines and solves a consolidation problem where the network is described in terms of allocation of packet handling resources and power states.

关键词： SDN power management network programmability

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Towards Industrial/Multimedia TSN network Slice Management: A Bottom-Up Approach

Towards Industrial/Multimedia TSN Network Slice Management: ...

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Joint European Conference on networks and Communications & 6G Summit (EuCNC/6G Summit)

作者： Miranda, Gilson, Jr. Slamnik-Krijestorac, Nina Marquez-Barja, Johann M. Macedo, Daniel F. Univ Antwerp IDLab Imec Antwerp Belgium Univ Fed Minas Gerais Comp Sci Dept Belo Horizonte MG Brazil

ISBN: (纸本)9798350344998;9798350345001

network slicing enables multiple virtual networks to share physical resources, allowing network operators to deliver highly customizable and efficient networking solutions that meet the diverse requirements of modern applications. The automated management of network slices has been studied in the last years to make such solutions more flexible, ready to support new applications, and capable of optimizing network resource utilization. Many works in the literature give a topdown approach, focusing on the high-level decision processes, and relying on abstracted infrastructure managers and simulation tools to apply/execute such decisions. In this work, we leverage components that we previously developed for network monitoring, flexible traffic shaping, and Software-Defined TimeSensitive networking control, to create a bottom-up approach toward automated slice management. We describe the intricate coordination of elements required for an automated control loop and present the results achieved with a proof-of-concept executed in a real testbed of wired and Wi-Fi nodes. The results show the capability of the system to correctly identify the bottleneck of a flow and apply corrective actions to reestablish its intended performance level.

关键词： TSN network programmability SDN

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On Control and Data Plane programmability for Data-Driven networking 22

On Control and Data Plane Programmability for Data-Driven Ne...

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IEEE 22nd International Conference on High Performance Switching and Routing (IEEE HPSR)

作者： Sacco, Alessio Esposito, Flavio Marchetto, Guido Politecn Torino Turin Italy St Louis Univ St Louis MO 63103 USA

ISBN: (纸本)9781665440059

The soaring complexity of networks has led to more and more complex methods to manage and orchestrate efficiently the multitude of network environments. Several solutions exist, such as OpenFlow, NetConf, P4, DPDK, etc., that allow network programmability at both control and data plane level, driving innovation in many focused high-performance networked applications. However, with the increase of strict requirements in critical applications, also the networking architecture and its operations should be redesigned. In particular, recent advances in machine learning have opened new opportunities to the automation of network management, exploiting existing advances in software-defined infrastructures. We argue that the design of effective data-driven network management solutions needs to collect, merge, and process states from both data and control planes. This paper sheds light upon the benefits of utilizing such an approach to support feature extraction and data collection for network automation.

关键词： control plane network programmability machine learning

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SDN Enabled L2 Switch Implementation and Its Performance Evaluation Through P4 Programming 1

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20th International Conference on Computing and Information Technology (IC2IT2)

作者： Pudasaini, Sakar Dawadi, Babu R. Ghimire, Roshani Pau, Giovanni Sapkota, Binod Tribuvan Univ Inst Engn Pulchowk Campus Kathmandu Nepal Tribhuvan Univ Adv Coll Engn & Management Kathmandu Nepal Kore Univ Enna Fac Engn & Architecture Enna Italy

ISBN: (数字)9783031585616

ISBN: (纸本)9783031585609;9783031585616

The concept of SDN (Software-Defined networking) originally came with the purpose of disaggregating control plane and data plane. However, current scope of SDN has surpassed the original goal. It sets out to introduce programmability in the control plane for better visibility and manageability of networking devices. The idea has been recently extended to program the data plane. In the present scenario P4 (Programming Protocol-Independent Packet Processors) stands as the de-facto language to program the data plane. In this study, we implemented an L2 (Layer 2) switch and evaluated it performance using P4 programming language. The performance of the switch was evaluated in terms of throughput (Mbps) and latency (ms). The throughput was found to be nominal as the switch was implemented in software and the latency for first packet was also high since the switch's table was empty. However, once the table was filled, subsequent packets suffered very low latency.

关键词： SDN Programmable Data Plane P4 Data Plane Control Plane network programmability

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Token Cell Routing: A New Sub-IP Layer Protocol 17

Token Cell Routing: A New Sub-IP Layer Protocol

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17th International Conference on network and Service Management (CNSM) - Smart Management for Future networks and Services

作者： Bryant, Stewart Clemm, Alexander Univ Surrey Inst Commun Syst Guildford Surrey England Futurewei Santa Clara CA USA

ISBN: (纸本)9783903176362

We present Token Cell Routing (TCR), a new subIP layer protocol that provides a powerful yet hardware-friendly method of constructing data plane packets to meet the needs of new applications. Token cells are a special kind of lightly structured token which can be programmed with different semantics to serve different purposes. A TCR packet consists of a series of token cells, each associated with a certain functionality. Using longest prefix matching, code points are invoked that implement logic specific to the token cell's type. Packets also define token cell processing workflows and allow token cells to cross-reference data. This results in the ability to program very powerful functionality. At the same time, processing is kept simple, allowing for straightforward implementations able to operate at line rate. TCR is currently still in the concept stage while proofs-of-concepts and venues for standardization are being explored.

关键词： networking protocols network programmability sub-IP

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LightMANO: Converging NFV and SDN at the Edges of the network

<i>LightMANO</i>: Converging NFV and SDN at the Edges of the...

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IEEE/IFIP network Operations and Management Symposium (NOMS)

作者： Riggio, Roberto Khan, Shah Nawaz Subramanya, Tejas Yahia, Imen Grida Ben Lopez, Diego FBK CREATE NET Trento Italy Orange Labs Paris France Telefonica Madrid Spain

ISBN: (纸本)9781538634165

network Function Virtualization (NFV) has raised tremendous attention in the academic and industrial communities alike. The former have been attracted by the service centric orchestration challenges. The latter have found that, by decoupling network functions from the underling hardware, significant savings can be obtained by means of infrastructure homogenization and service automation. As opposed to the initial NFV solutions, which heavily relied on a centralized cloud model, the emerging Multi-access Edge Computing trend is calling for a distribution of computational capacity at the customers' sites. This change of paradigm could result in the deployment of tens of thousands or even millions of Points-of-Presence. In this article we discuss the fundamental challenges of deploying NFV in scattered environments, then we introduce the Light-MANO framework, a Multi-access network Operating System converging SDN and NFV into a single lightweight platform for management and orchestration of network services over distributed NFV infrastructure. Finally, we report on a proof-of-concept implementation of LightMANO and on its evaluation.

关键词： network programmability 5G NFV SDN Multi-access Edge Computing LTE Wi-Fi

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A Software Defined Cloud-Gateway Automation System using OpenFlow

A Software Defined Cloud-Gateway Automation System using Ope...

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2nd IEEE International Conference on Cloud networking (CloudNet)

作者： Natarajan, Sriram Ramaiah, Anantha Mathen, Mayan NTT Innovat Inst Inc Palo Alto CA 94303 USA

ISBN: (纸本)9781479905683

The notion of programming the forwarding device using an open protocol is a key feature of Software-defined networks (SDN). This improves network visibility and control thereby reducing vendor dependency. OpenFlow protocol provides a standardized approach to realize these goals of SDN. In this paper, we illustrate our progress with a Software-defined Cloud-Gateway automation system using OpenFlow. In addition, based on our deployment experience, we highlight two technical challenges when using OpenFlow. First, with the standardization being an evolving effort, we highlight some of the programming challenges and missing features within the OpenFlow protocol. Secondly, existing Open Flow-based network stack lacks some architectural components that reduces the level of flexibility we achieve when programming the network. Most SDN controllers expose limited abstractions to build network applications thereby primarily functioning as an OpenFlow driver. This imposes an application programmer to work with several OpenFlow primitives. To address this problem, we elaborate our current work in extending the SDN stack to improve our overall network programmability experience.

关键词： OpenFlow Software-defined networks network programmability Cloud networking VPN Service Provider

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Security Issues in Programmable Routers for Future Internet 21st

Security Issues in Programmable Routers for Future Internet

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21st International Tyrrhenian Workshop on Digital Communications - Trusthworthy Internet

作者： Cafini, Raul Cerroni, Walter Raffaelli, Carla Savi, Michele Univ Bologna DEIS Viale Risorgimento 2 I-40136 Bologna Italy

ISBN: (纸本)9788847018174

network resource virtualization and dynamic service configuration are key functionalities in future Internet scenarios and can take advantage of the network programmability paradigm. As a key system thought for next -generation networks, a programmable router is a modular node to support this context. It relies on high-performance optical switching fabric and modular software organization, to seamlessly meet the dynamic requirements of emerging and future applications. In this chapter, the security aspects arising when customers and service providers access node and service programmability are discussed. Secure service support based on control and forwarding element separation is proposed and tested in a software router context to show the feasibility and the effectiveness of the approach.

关键词： Future Internet network programmability Multi-service Router Architecture Security in Programmable Routers Software Router

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