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SIGCOMM'26: Queueless and Dropless Rate Control
SIGCOMM'26: Aegis: Contract-Bounded Online Adaptation for Networked Accelerator Clusters
SIGCOMM'26: Dual-Loop Congestion Control for 5G Uplink on Commodity Devices
SIGCOMM'26: Achieving Network Efficiency with Service Collaborative Capacity Sharing and Enforcement
SIGCOMM'26: FlowForm: Scalable Passive Metasurface Network for mmWave Coverage Expansion
SIGCOMM'24: Accelerating Model Training in Multi-Cluster Environments with Consumer-Grade GPUs
SIGCOMM'26: Concurrent OFDM Backscatter with a Single Commercial Receiver
SIGCOMM'26: Understanding and Profiling the Accelerator Chiplet Network Using PingPoint
SIGCOMM'26: Improving Evaluation of Heterogenous Congestion Control Algorithm Interactions
SIGCOMM'26: Theseus: Runtime-Adaptive GPU Collective Communication with Hot-Swappable Schedules
SIGCOMM'26: Interleaving Multiple Priority Queues for High Speed Programmable Scheduling
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Last Updated: September 18, 2026
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Summary
Combines both buffer allocation and retocation in theuler ... then uh around 16 second mark it's ... accelerator clusters are worked systems training exchanges tens of gigabytes of And third we designed a dual loop congestion control driven by GBR which achieve best performance across ... over 97% of traffic admitted and um through the ... it's typically blocked by the wall so there's no signal coverage however Uh my name is Yangu today I will present the scale up Pyo inter leaving
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