A packet forwarding pipeline interface in control abstraction is defined by a logical datapath similar to modern ASICs. It contains a series of lookup tables which is able to match over metadata and packet headers developed by former pipelines. In packet abstraction, destination addresses are addressed with a flow entry that moves packets on logical datapaths to the logical ports.
How do logical datapaths enable both control and packet abstraction?
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Academic.Tips. (2023) 'How do logical datapaths enable both control and packet abstraction'. 11 February.
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Academic.Tips. (2023, February 11). How do logical datapaths enable both control and packet abstraction? https://academic.tips/question/how-do-logical-datapaths-enable-both-control-and-packet-abstraction/
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Academic.Tips. 2023. "How do logical datapaths enable both control and packet abstraction?" February 11, 2023. https://academic.tips/question/how-do-logical-datapaths-enable-both-control-and-packet-abstraction/.
1. Academic.Tips. "How do logical datapaths enable both control and packet abstraction?" February 11, 2023. https://academic.tips/question/how-do-logical-datapaths-enable-both-control-and-packet-abstraction/.
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Academic.Tips. "How do logical datapaths enable both control and packet abstraction?" February 11, 2023. https://academic.tips/question/how-do-logical-datapaths-enable-both-control-and-packet-abstraction/.
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"How do logical datapaths enable both control and packet abstraction?" Academic.Tips, 11 Feb. 2023, academic.tips/question/how-do-logical-datapaths-enable-both-control-and-packet-abstraction/.
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