As our experiments show, SWIM can perform management tasks through different underlying technology without exposing such details to network engineers.
Currently, our implementation of SWIM enables two management tasks, each with a different underlying implementation that is oblivious to the management clients.
Although this prototype shows promising results for higherlevel management task abstraction, there are still many unresolved issues.
For example, ensuring that SWIM can scale to perform multiple management tasks in parallel while ensuring safety properties (such as performing tasks simultaneously
without a network partition).
Another area worth exploring is integrating verification into the SWIM framework — that is, integrating a way to verify that actions are executed on the NEs, and that the NEs actually accepted the commands.
As our experiments show, SWIM can perform management tasks through different underlying technology without exposing such details to network engineers. Currently, our implementation of SWIM enables two management tasks, each with a different underlying implementation that is oblivious to the management clients.Although this prototype shows promising results for higherlevel management task abstraction, there are still many unresolved issues. For example, ensuring that SWIM can scale to perform multiple management tasks in parallel while ensuring safety properties (such as performing tasks simultaneouslywithout a network partition). Another area worth exploring is integrating verification into the SWIM framework — that is, integrating a way to verify that actions are executed on the NEs, and that the NEs actually accepted the commands.
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