GPIR achieves up to 297 times higher throughput than prior GPU PIR systems by fusing operations in stages and using pipelined transposed layouts to cut DRAM traffic during batched lattice-based queries.
Evaluation of production serverless computing environments
3 Pith papers cite this work. Polarity classification is still indexing.
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UNVERDICTED 3representative citing papers
READ is a new three-communicating-stage distributed algorithm that detects super points with accuracy matching single-node methods and under 5% communication burden of prior algorithms.
Go outperforms Python and Node.js in throughput and CPU efficiency on OpenFaaS; K3s and Kubeadm deliver higher throughput and lower latency than MicroK8s or K0s under concurrent load.
citing papers explorer
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GPIR: Enabling Practical Private Information Retrieval with GPUs
GPIR achieves up to 297 times higher throughput than prior GPU PIR systems by fusing operations in stages and using pipelined transposed layouts to cut DRAM traffic during batched lattice-based queries.
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READ: a three-communicating-stage distributed super points detections algorithm
READ is a new three-communicating-stage distributed algorithm that detects super points with accuracy matching single-node methods and under 5% communication burden of prior algorithms.
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Optimizing OpenFaaS on Kubernetes: Comparative Analysis of Language Runtimes and Cluster Distributions
Go outperforms Python and Node.js in throughput and CPU efficiency on OpenFaaS; K3s and Kubeadm deliver higher throughput and lower latency than MicroK8s or K0s under concurrent load.