The paper identifies ten broken assumptions in existing serverless orchestration for the edge-cloud-space continuum and proposes an architecture to address spatiotemporal execution, constraint-aware placement, and decentralized state management.
Device-Satellite- Satellite Collaborative Task Offloading Computing and Resource Allocation in 6G Satellite-Ground Edge Computing Network
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Orchestrating Serverless Applications in the Edge Cloud Space Continuum: What Breaks and What is Next?
The paper identifies ten broken assumptions in existing serverless orchestration for the edge-cloud-space continuum and proposes an architecture to address spatiotemporal execution, constraint-aware placement, and decentralized state management.