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Jumping gen_servers! A new way of building distributed applications | Peer Stritzinger

Distributed applications in Erlang have been static, limited and manual. Couldn't they be dynamic, limitless and automatic instead? Heterogenous large networks with interesting topology and varied properties of nodes and links call for a new way of building such applications. We will together explore building blocks made out of processes, messages, links and monitors sprinkled with practical experiments. Distributed self managing computation and communication, seeking new emergent behaviours.



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Jumping gen_servers! A new way of building distributed applications | Peer Stritzinger

https://codesync.global/media/ejumping-gen-servers-a-new-way-of-building-distributed-applications

Distributed applications in Erlang have been static, limited and manual. Couldn't they be dynamic, limitless and automatic instead? Heterogenous large networks with interesting topology and varied properties of nodes and links call for a new way of building such applications. We will together explore building blocks made out of processes, messages, links and monitors sprinkled with practical experiments. Distributed self managing computation and communication, seeking new emergent behaviours.



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https://codesync.global/media/ejumping-gen-servers-a-new-way-of-building-distributed-applications

Jumping gen_servers! A new way of building distributed applications | Peer Stritzinger

Distributed applications in Erlang have been static, limited and manual. Couldn't they be dynamic, limitless and automatic instead? Heterogenous large networks with interesting topology and varied properties of nodes and links call for a new way of building such applications. We will together explore building blocks made out of processes, messages, links and monitors sprinkled with practical experiments. Distributed self managing computation and communication, seeking new emergent behaviours.

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      Distributed applications in Erlang have been static, limited and manual. Couldn't they be dynamic, limitless and automatic instead? Heterogenous large networks with interesting topology and varied properties of nodes and links call for a new way of building such applications. We will together explore building blocks made out of processes, messages, links and monitors sprinkled with practical experiments. Distributed self managing computation and communication, seeking new emergent behaviours.
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      Distributed applications in Erlang have been static, limited and manual. Couldn't they be dynamic, limitless and automatic instead? Heterogenous large networks with interesting topology and varied properties of nodes and links call for a new way of building such applications. We will together explore building blocks made out of processes, messages, links and monitors sprinkled with practical experiments. Distributed self managing computation and communication, seeking new emergent behaviours.
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  • ?subject=Jumping gen_servers! A new way of building distributed applications | Peer Stritzinger&body=Take a look at this: http://codesync.global/media/ejumping-gen-servers-a-new-way-of-building-distributed-applications/
  • ?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
  • ?subject=Peer Stritzinger - Erlang Distribution via UDP combined with Ethernet TSN | Code BEAM SF 19&body=Take a look at this: https://www.youtube.com/watch?v=N_qaz5Dny9k

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