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속성:Evidence citation

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scalable far memory balancing faults and evictions edcf1536 +
Scalable Far Memory: Balancing Faults and Evictions. SOSP 2025 workshop 2025.  +
scale and flexibility in distribution of hot content a83ac58f +
Jason Flinn et al., "Owl: Scale and Flexibility in Distribution of Hot Content," OSDI 2022.  +
scale and flexibility in distribution of hot content a83ac58f +
Scale and Flexibility in Distribution of Hot Content. OSDI 2022.  +
scale and flexibility in distribution of hot content a83ac58f +
Jason Flinn et al., "Owl: Scale and Flexibility in Distribution of Hot Content," OSDI 2022.  +
scalecache a scalable page cache for multiple solid state drives 60b5c227 +
Kiet Tuan Pham et al., "ScaleCache: A Scalable Page Cache for Multiple Solid-State Drives", EuroSys 2024.  +
scalecache a scalable page cache for multiple solid state drives 60b5c227 +
ScaleCache: A Scalable Page Cache for Multiple Solid-State Drives. EuroSys 2024.  +
scalecache a scalable page cache for multiple solid state drives 60b5c227 +
Kiet Tuan Pham et al., "ScaleCache: A Scalable Page Cache for Multiple Solid-State Drives", EuroSys 2024.  +
scaleswap a scalable os swap system for all flash swap arrays 4041bd54 +
ScaleSwap: A Scalable OS Swap System for All-Flash Swap Arrays. FAST 2026.  +
scaleswap a scalable os swap system for all flash swap arrays 4041bd54 +
Taehwan Ahn; Chanhyeong Yu; Sangjin Lee; Yongseok Son. ScaleSwap: A Scalable OS Swap System for All-Flash Swap Arrays. FAST, 2026.  +
scaleswap a scalable os swap system for all flash swap arrays 4041bd54 +
Taehwan Ahn; Chanhyeong Yu; Sangjin Lee; Yongseok Son. ScaleSwap: A Scalable OS Swap System for All-Flash Swap Arrays. FAST, 2026.  +
scalio scaling up dpu based jbof key value store with nvme of target offload 8db39764 +
Scalio: Scaling up DPU-based JBOF Key-value Store with NVMe-oF Target Offload. OSDI 2025.  +
scalio scaling up dpu based jbof key value store with nvme of target offload 8db39764 +
Xun Sun et al., "Scalio: Scaling up DPU-based JBOF Key-value Store with NVMe-oF Target Offload", OSDI 2025.  +
scalio scaling up dpu based jbof key value store with nvme of target offload 8db39764 +
Xun Sun et al., "Scalio: Scalable I/O Virtualization for High-Density Storage", OSDI 2025.  +
scheduler support for video oriented multimedia on client side virtualization c8366be4 +
Hwanju Kim, Jinkyu Jeong, Jaeho Hwang, Joonwon Lee, Seungryoul Maeng, "Scheduler Support for Video-oriented Multimedia on Client-side Virtualization" in Proceedings of ACM Multimedia Systems (MMSys 2012), Chapel Hill, North Carolina, USA, February, 2012  +
scheduler support for video oriented multimedia on client side virtualization c8366be4 +
Hwanju Kim, Jinkyu Jeong, Jaeho Hwang, Joonwon Lee, Seungryoul Maeng, "Scheduler Support for Video-oriented Multimedia on Client-side Virtualization," in Proceedings of ACM Multimedia Systems (MMSys 2012), Chapel Hill, North Carolina, USA, February, 2012  +
scoz a systemwide causal profiler for multicore systems 7b5e72e2 +
Minwoo Ahn, Donghyun Kim, Taekeun Nam, Jinkyu Jeong, "SCOZ: A System‐wide Causal Profiler for Multicore Systems" Software: Practice and Experience, vol. 51, issue 5, pp. 1043-1058, May 2021, doi:10.1002/spe.2930  +
scoz a systemwide causal profiler for multicore systems 7b5e72e2 +
Minwoo Ahn, Donghyun Kim, Taekeun Nam, Jinkyu Jeong, "SCOZ: A System‐wide Causal Profiler for Multicore Systems," Software: Practice and Experience, vol. 51, issue 5, pp. 1043-1058, May 2021, doi:10.1002/spe.2930  +
selective memory deduplication for cost efficiency in mobile smart devices 9f3139a0 +
Sung-hun Kim, Jinkyu Jeong, and Joonwon Lee, "Selective Memory Deduplication for Cost Efficiency in Mobile Smart Devices" IEEE Transactions on Consumer Electronics, vol. 60, no. 2, pp. 276-284, May 2014  +
selective memory deduplication for cost efficiency in mobile smart devices 9f3139a0 +
Sung-hun Kim, Jinkyu Jeong, and Joonwon Lee, "Selective Memory Deduplication for Cost Efficiency in Mobile Smart Devices," IEEE Transactions on Consumer Electronics, vol. 60, no. 2, pp. 276-284, May 2014  +
separate semantic replication hashes from provenance bound artifact hashes e7ab7a4e +
Correction: initial shell audit hashes 6217dd46... (Qwen) and 98297364... (Mistral) included jq's trailing newline. The repository contract uses sha256_json over canonical JSON without a newline. a03=a04 still matches: Qwen aa47da2041cdf33717348eba63a4c2f6f93e1b756888d3ed66a0d3739fa73894; Mistral 81fabcf6ac75f0f7566fbca184e0f46fcb67f70e036860a363e85f0175339cfa. Receipts/docs use these normalized values.  +
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