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UAFX C2C功能用于机器人控制.pdf

上传人: 芦苇 编号:185978 2024-11-02 20页 1.61MB

1、OPC Day International 2024June 17th 21st,2024MELVIN FRANCISBE.services GmbHm.francisbe-ROLAND WLFLE,pester pac automation GmbHroland-OPC Day International 2024June 17th 21st,20242Vendor dependent and lack of interoperabilityCustom hardware requirementDifferent protocols needed to handover data from

2、sensor to cloudSeparate network assets for IT and the OT networks Selecting a stack provider from an exhaustive list of providers Small Memory footprint to fit in low level devices Integration efforts for OPC UA and TSN Development of TSN stack and supporting modules Testing ecosystemSCOPE FOR IMPRO

3、VEMENT IN THE CURRENT ETHERNET PROTOCOLSCHALLENGES IN ADOPTION OF OPC UA+TSNOPC Day International 2024June 17th 21st,2024TCP/IPSecurityOPC Day International 2024June 17th 21st,2024May 2022Project grant received from ZIMJune 2022Project kick-offAugust 2022System specification definedOPC UA Pub/Sub ov

4、er TSN for Motion Control ApplicationMarch 2023Working prototype was showcased in EW23This Project is supported by theFederal Ministry for Economic Affairs and Climate Action(BMWK)on thebasis of a decision by the German Bundestag.OPC Day International 2024June 17th 21st,2024September 2023PTP Stack d

5、evelopedNovember 2023OPC UA Pub/Sub+TSN C2C prototype demonstratedMarch 2024LLDP Stack developed and integratedOPC UA Pub/Sub over TSN for Motion Control ApplicationMay 2024Wireless TSN initial prototypeThis Project is supported by theFederal Ministry for Economic Affairs and Climate Action(BMWK)on

6、thebasis of a decision by the German Bundestag.OPC Day International 2024June 17th 21st,2024July 2024Initial release of UAFX compliant Low Footprint OPC UA stackSeptember 2024Field testing Long Run,Interoperability,benchmarking and portabilityDecember 2024Final publication-results and outcome of the

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本文主要介绍了一项旨在改进工业以太网协议的项目,该项目由德国联邦经济事务和气候行动部(BMWK)资助。项目面临挑战包括硬件依赖性、缺乏互操作性、不同协议的数据传输需求以及IT和OT网络的分离。关键成果包括开发了TSN堆栈和支持模块,展示了OPC UA Pub/Sub over TSN的C2C原型,并发布了符合UAFX规范的低内存占用OPC UA堆栈。项目还展示了机器人、PLC和IPC之间的通信示例,并测试了无线TSN的初步原型。最终,项目在2024年12月发布了研究成果。
"TSN技术如何改善工业网络性能?" "OPC UA与TSN结合带来的挑战有哪些?" "如何实现基于TSN的无线测试床?"
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