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Erlang distribution: going beyond the fully connected mesh

In our search to improve Erlang distribution as cluster sizes grow and topologies become more dynamic, we have tried many things: prototyping solutions to ahead-of-line blocking using fragmented packages, using UDP for distribution, and experimenting with Time Sensitive Networking (TSN) for real-time Erlang in industrial settings.



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Erlang distribution: going beyond the fully connected mesh

https://codesync.global/media/erlang-distribution-going-beyond-the-fully-connected-mesh

In our search to improve Erlang distribution as cluster sizes grow and topologies become more dynamic, we have tried many things: prototyping solutions to ahead-of-line blocking using fragmented packages, using UDP for distribution, and experimenting with Time Sensitive Networking (TSN) for real-time Erlang in industrial settings.



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https://codesync.global/media/erlang-distribution-going-beyond-the-fully-connected-mesh

Erlang distribution: going beyond the fully connected mesh

In our search to improve Erlang distribution as cluster sizes grow and topologies become more dynamic, we have tried many things: prototyping solutions to ahead-of-line blocking using fragmented packages, using UDP for distribution, and experimenting with Time Sensitive Networking (TSN) for real-time Erlang in industrial settings.

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      Erlang distribution: going beyond the fully connected mesh
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      In our search to improve Erlang distribution as cluster sizes grow and topologies become more dynamic, we have tried many things: prototyping solutions to ahead-of-line blocking using fragmented packages, using UDP for distribution, and experimenting with Time Sensitive Networking (TSN) for real-time Erlang in industrial settings.
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      In our search to improve Erlang distribution as cluster sizes grow and topologies become more dynamic, we have tried many things: prototyping solutions to ahead-of-line blocking using fragmented packages, using UDP for distribution, and experimenting with Time Sensitive Networking (TSN) for real-time Erlang in industrial settings.
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      Erlang distribution: going beyond the fully connected mesh
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      http://codesync.global/media/erlang-distribution-going-beyond-the-fully-connected-mesh/

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      Erlang distribution: going beyond the fully connected mesh
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      In our search to improve Erlang distribution as cluster sizes grow and topologies become more dynamic, we have tried many things: prototyping solutions to ahead-of-line blocking using fragmented packages, using UDP for distribution, and experimenting with Time Sensitive Networking (TSN) for real-time Erlang in industrial settings.
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  • ?subject=Erlang distribution: going beyond the fully connected mesh&body=Take a look at this: http://codesync.global/media/erlang-distribution-going-beyond-the-fully-connected-mesh/
  • ?subject=Jumping gen_servers! A new way of building (...) applications | Peer Stritzinger | Code BEAM V EU 21&body=Take a look at this: https://www.youtube.com/watch?v=0ffcj5p_TQ4
  • ?subject=How the BEAM boots and what can be done about it | Peer Stritzinger | Code BEAM V&body=Take a look at this: https://www.youtube.com/watch?v=ImZlN1bVzII
  • ?subject=Keynote: EEF - looking back at 2020 and forward at 2021 - Peer Stritzinger | Code BEAM V America 21&body=Take a look at this: https://www.youtube.com/watch?v=-OpOqSxOycA
  • ?subject=Building an IDE, compiler and runtime - PEER STRITZINGER and BARBARA CHASSOUL&body=Take a look at this: https://www.youtube.com/watch?v=MYYfLNpFyZ4

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