속성:Evidence citation
원본을 다시 찾을 수 있는 인용입니다.
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Euiseong Seo, Jinkyu Jeong, Seonyeong Park, Jinsoo Kim, and Joonwon Lee, "Catching Two Rabbits: Adaptive Real-Time Support for Embedded Linux" Software: Practice and Experience, Vol. 39, No. 5, pp. 531-550, April 2009 +
Le Chen; Dahu Feng; Erhu Feng; Yingrui Wang; Rong Zhao; Yubin Xia; Pinjie Xu; Haibo Chen. Characterizing Mobile SoC for Accelerating Heterogeneous LLM Inference. SOSP, 2025. +
Characterizing Mobile SoC for Accelerating Heterogeneous LLM Inference. +
Le Chen; Dahu Feng; Erhu Feng; Yingrui Wang; Rong Zhao; Yubin Xia; Pinjie Xu; Haibo Chen. Characterizing Mobile SoC for Accelerating Heterogeneous LLM Inference. SOSP, 2025. +
Zhenlin Qi; Shengan Zheng; Ying Huang; Yifeng Hui; Bowen Zhang; Linpeng Huang; Hong Mei. Chrono: Meticulous Hotness Measurement and Flexible Page Migration for Memory Tiering. EuroSys 2025, pp. 835–853. DOI: 10.1145/3689031.3717462. +
Chrono: Meticulous Hotness Measurement and Flexible Page Migration for Memory Tiering. EuroSys 2025. +
Zhenlin Qi et al., "Chrono: A Precise Hotness-aware Tiered Memory Management System with Flexible Migration", EuroSys 2025. +
Zhenlin Qi; Shengan Zheng; Ying Huang; Yifeng Hui; Bowen Zhang; Linpeng Huang; Hong Mei. Chrono: Meticulous Hotness Measurement and Flexible Page Migration for Memory Tiering. EuroSys 2025, pp. 835–853. DOI: 10.1145/3689031.3717462. +
citadel rethinking memory allocation to safeguard against inter domain rowhammer exploits 8fd39aca +
Anish Saxena; Walter Wang; Alexandros Daglis. Citadel: Rethinking Memory Allocation to Safeguard Against Inter-Domain Rowhammer Exploits. MICRO, 2025. +
citadel rethinking memory allocation to safeguard against inter domain rowhammer exploits 8fd39aca +
Anish Saxena; Walter Wang; Alexandros Daglis. Citadel: Rethinking Memory Allocation to Safeguard Against Inter-Domain Rowhammer Exploits. MICRO, 2025. +
citadel rethinking memory allocation to safeguard against inter domain rowhammer exploits 8fd39aca +
Citadel: Rethinking Memory Allocation to Safeguard Against Inter-Domain Rowhammer Exploits. MICRO 2025. +
cold archives must materialize content addressed model files and cross a storage failure domain 03687d8e +
2026-07-17 reachability check from B200-2: `getent hosts l40s-yunm` exited 2 with no address. `ssh -G l40s-yunm` retained hostname `l40s-yunm` and only supplied port 49001, so no resolvable HostName/IP or usable archive destination was discovered. Off-B200 durable-copy verification remains false; no copy was attempted. +
cold archives must materialize content addressed model files and cross a storage failure domain 03687d8e +
Acceptance supplement: manifest b5d6b01497cccaa32350cc244cdf244d9cad613c5ebf5a9c215edfd2beefcb8c; anchor 16bab23dc97062125d21dc3c55b3f06516c727dd64fb475e375a8516ad729ca1; receipt c7978e32e4ac9250c92fc9c4746781619e53b97a404b571ada416b07bd4a0ce8; 9 files/63,268,027 bytes/0 symlinks; fresh-clone full validation passed. Requires base manifest 8b89fc3deda20a7a89eb21970a3f2ef7f1bfb16e0922c8d4f313ef3f4fd98641. Off-B200 replication pending. +
cold archives must materialize content addressed model files and cross a storage failure domain 03687d8e +
Cold model payload audit: exactly 27 locator-verified regular files, 29,742,199,921 bytes, checksum-list SHA-256 2d5aa089abc573e9e4645d8b9db8221297aec15b07d2fe23a8972aa0ed699628. Complete-history source Git bundle at commit 99ccfb7b7f55199876191ff443fe7398db7a8e1a has SHA-256 b400a44191527b0bf6dc98023729c4eb705f27eec0441fec43234e5068268e2b. Off-B200 durable replication remains pending. +
cold archives must materialize content addressed model files and cross a storage failure domain 03687d8e +
B200-2 private bridge archive sealed on node-local XFS /dev/nvme1n1p1: sorted manifest SHA-256 8b89fc3deda20a7a89eb21970a3f2ef7f1bfb16e0922c8d4f313ef3f4fd98641; manifest anchor 29c4e616f7d156d7bab76068216624416bbe3e6a0ba63ce89cf3755e7efb5703; private receipt b0f0aa225617641c940452d0d4201dc57dde39af3449f6b427f3c811cf7f1604; 88 payload files, 30,772,529,198 bytes; 0 symlinks; full manifest recheck passed. +
Combining Buffered I/O and Direct I/O in Distributed File Systems. FAST 2024. +
Yingjin Qian; Marc-André Vef; Patrick Farrell; Andreas Dilger; Xi Li; Shuichi Ihara; Yinjin Fu; Wei Xue; André Brinkmann. Combining Buffered I/O and Direct I/O in Distributed File Systems. FAST 2024, 2024. +
Yingjin Qian; Marc-André Vef; Patrick Farrell; Andreas Dilger; Xi Li; Shuichi Ihara; Yinjin Fu; Wei Xue; André Brinkmann. Combining Buffered I/O and Direct I/O in Distributed File Systems. FAST 2024, 2024. +
a03/a04 Qwen semantic replication check: canonical JSON projection over dataset, model, tokenizer, records sorted by item_id, and belief_model with beliefs sorted by prompt_bin produced identical SHA-256 6217dd467806ba2ba160d6134dd934c6dc6c0acc2fa942e4bbf2b5d284eb66ba for both runs. Whole artifact hashes differ because backend provenance records different Git commits. +
git commit 99ccfb7b7 with source-envelope regression; 285 scripts tests passed and changed-file pre-commit passed +