A fixed-width, shared-activation deep network architecture is constructed so that every intermediate readout approximates the target function at a geometrically decaying rate proportional to depth.
xAFCL: Run Scalable Function Choreographies Across Multiple FaaS Systems.IEEE Transactions on Services Computing.2021:1–1
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Jointλ provides a distributed, function-side orchestration layer with Backend-Shim compatibility and datastore-based failover that runs serverless workflows on heterogeneous Jointcloud FaaS systems, delivering up to 3.3× lower makespan and 65% cost reduction versus single-cloud commercial services.
A systematic mapping study of 87 papers derives an architecture-based taxonomy for Workflow as a Service brokers and identifies future research directions.
citing papers explorer
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Joint$\lambda$: Orchestrating Serverless Workflows on Jointcloud FaaS Systems
Jointλ provides a distributed, function-side orchestration layer with Backend-Shim compatibility and datastore-based failover that runs serverless workflows on heterogeneous Jointcloud FaaS systems, delivering up to 3.3× lower makespan and 65% cost reduction versus single-cloud commercial services.
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Workflow as a Service Broker in Cloud Environment: A Systematic Mapping Study
A systematic mapping study of 87 papers derives an architecture-based taxonomy for Workflow as a Service brokers and identifies future research directions.