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Time Sensitive Networking Technology Overview and Performance Analysis 被引量:5
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作者 fu shousai ZHANG Hesheng CHEN Jinghe 《ZTE Communications》 2018年第4期57-64,共8页
Time sensitive networking(TSN)is a set of standards developed on the basis of audio video bridging(AVB).It has a promising future in the Industrial Internet of Things and vehicle-mounted multimedia,with such advantage... Time sensitive networking(TSN)is a set of standards developed on the basis of audio video bridging(AVB).It has a promising future in the Industrial Internet of Things and vehicle-mounted multimedia,with such advantages as high bandwidth,interoperability and low cost.In this paper,the TSN protocol stack is described and key technologies of network operation are summarized,including time synchronization,scheduling and flow shaping,flow management and fault tolerant mechanism.The TSN network model is then established.Its performance is illustrated to show how the frame priority works and also show the influence of IEEE802.1Qbv time-aware shaper and IEEE802.1Qbu frame preemption on network and time-sensitive data.Finally,we briefly discuss the challenges faced by TSN and the focus of future research. 展开更多
关键词 TSN AVB the industrial internet of things(IIoT)
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基于负荷多无功用电场景的城市配电网无功优化配置方案
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作者 朱钊 冯晗 +1 位作者 付守赛 唐华 《通信电源技术》 2023年第5期94-96,共3页
为了保证城市配电网无功优化配置的合理性,基于负荷多无功用电场景,研究城市配电网无功优化配置方案。根据电压的惩罚函数确定目标函数,利用潮流方程与不等式设置模型约束条件完成用电场景期望值模型建立;利用配电网不同运行模式与设备... 为了保证城市配电网无功优化配置的合理性,基于负荷多无功用电场景,研究城市配电网无功优化配置方案。根据电压的惩罚函数确定目标函数,利用潮流方程与不等式设置模型约束条件完成用电场景期望值模型建立;利用配电网不同运行模式与设备均衡状态完成无功补偿容量优化并最终确定无功配置率。测试结果表明,使用无功优化配置方法后,负荷波动变化值为3.579 kW,且平均无功倒送量与优化前相比最大相差28.97 kW,能够提高无功优化配置的有效性。 展开更多
关键词 负荷多无功用电场景 城市配电网 无功优化配置 目标函数
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