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속성:Evidence citation

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achieving low latency graph based vector search via aligning best first search algorithm with ss 77c9550f +
Hao Guo et al., "PipeANN: Fast and Accurate Billion-Scale Approximate Nearest Neighbor Search with SSDs", OSDI 2025.  +
achieving low latency graph based vector search via aligning best first search algorithm with ss 77c9550f +
Hao Guo et al., "Achieving Low-Latency Graph-Based Vector Search via Aligning Best-First Search Algorithm with SSD", OSDI 2025.  +
achieving low latency graph based vector search via aligning best first search algorithm with ss 77c9550f +
Achieving Low-Latency Graph-Based Vector Search via Aligning Best-First Search Algorithm with SSD. OSDI 2025.  +
achieving microsecond scale tail latency efficiently with approximate optimal scheduling e8d8e302 +
Rishabh Iyer et al., "Achieving Microsecond-Scale Tail Latency Efficiently with Approximate Optimal Scheduling", SOSP 2023.  +
achieving microsecond scale tail latency efficiently with approximate optimal scheduling e8d8e302 +
Achieving Microsecond-Scale Tail Latency Efficiently with Approximate Optimal Scheduling. SOSP 2023.  +
achieving microsecond scale tail latency efficiently with approximate optimal scheduling e8d8e302 +
Rishabh Iyer et al., "Achieving Microsecond-Scale Tail Latency Efficiently with Approximate Optimal Scheduling", SOSP 2023.  +
advocating for key value stores with workload pattern aware dynamic compaction 9489efc9 +
Heejin Yoon et al., "Advocating for Key-Value Stores with Workload Pattern Aware Dynamic Compaction", HotStorage 2024.  +
advocating for key value stores with workload pattern aware dynamic compaction 9489efc9 +
Advocating for Key-Value Stores with Workload Pattern Aware Dynamic Compaction. HotStorage 2024.  +
advocating for key value stores with workload pattern aware dynamic compaction 9489efc9 +
Heejin Yoon et al., "Advocating for Key-Value Stores with Workload Pattern Aware Dynamic Compaction", HotStorage 2024.  +
aegonkv a high bandwidth low tail latency and low storage cost kv separated lsm store with smart 5a081f42 +
AegonKV: A High Bandwidth, Low Tail Latency, and Low Storage Cost KV-Separated LSM Store with SmartSSD-based GC Offloading. FAST 2025.  +
aegonkv a high bandwidth low tail latency and low storage cost kv separated lsm store with smart 5a081f42 +
Zhuohui Duan et al., "AegonKV: A High Bandwidth, Low Tail Latency, and Low Storage Cost KV-Separated LSM Store with SmartSSD-based GC Offloading", FAST 2025.  +
aegonkv a high bandwidth low tail latency and low storage cost kv separated lsm store with smart 5a081f42 +
Zhuohui Duan et al., "AegonKV: A High Bandwidth, Low Tail Latency, and Low Storage Cost KV-Separated LSM Store with SmartSSD-based GC Offloading", FAST 2025.  +
agile lightweight and efficient asynchronous gpu ssd integration e7527db8 +
Zhuoping Yang; Jinming Zhuang; Xingzhen Chen; Alex K. Jones; Peipei Zhou. AGILE: Lightweight and Efficient Asynchronous GPU-SSD Integration. SC, 2025.  +
agile lightweight and efficient asynchronous gpu ssd integration e7527db8 +
AGILE: Lightweight and Efficient Asynchronous GPU-SSD Integration. SC 2025.  +
agile lightweight and efficient asynchronous gpu ssd integration e7527db8 +
Zhuoping Yang; Jinming Zhuang; Xingzhen Chen; Alex K. Jones; Peipei Zhou. AGILE: Lightweight and Efficient Asynchronous GPU-SSD Integration. SC, 2025.  +
an adaptive zone grouping scheme enabling general purpose file systems on zns ssds c91eb86f +
Jungyun Choi, Yuhun Jun, Jongseok Kim, Jinkyu Jeong, Euiseong Seo, "An Adaptive Zone-Grouping Scheme Enabling General-Purpose File Systems on ZNS SSDs" in Proceedings of the 17th The ACM International Systems and Storage Conference (SYSTOR 2024), Sept. 2024  +
an adaptive zone grouping scheme enabling general purpose file systems on zns ssds c91eb86f +
Jungyun Choi, Yuhun Jun, Jongseok Kim, Jinkyu Jeong, Euiseong Seo, "An Adaptive Zone-Grouping Scheme Enabling General-Purpose File Systems on ZNS SSDs," in Proceedings of the 17th The ACM International Systems and Storage Conference (SYSTOR 2024), Sept. 2024  +
an empirical study on low gpu utilization of deep learning jobs c5389b31 +
An Empirical Study on Low GPU Utilization of Deep Learning Jobs. ICSE 2024.  +
an empirical study on low gpu utilization of deep learning jobs c5389b31 +
Yanjie Gao et al., "An Empirical Study on Low GPU Utilization of Deep Learning Jobs", ICSE 2024.  +
an empirical study on low gpu utilization of deep learning jobs c5389b31 +
Yanjie Gao et al., "An Empirical Study on Low GPU Utilization of Deep Learning Jobs", ICSE 2024.  +
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