A user-space RDMA control plane, using cached libibverbs calls and fork-shared queue pairs, matches a kernel-based design in setup time while improving data plane throughput by 30-46%.
From warm to hot starts: leveraging runtimes for the serverless era
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Swift: Rethinking RDMA Control Plane for Elastic Computing
A user-space RDMA control plane, using cached libibverbs calls and fork-shared queue pairs, matches a kernel-based design in setup time while improving data plane throughput by 30-46%.