속성으로 검색

이 문서는 속성과 이름이 지정된 값으로 설명된 개체를 찾기 위한 간단한 탐색 인터페이스를 제공합니다. 그 밖에 사용 가능한 검색 인터페이스에는 문서 속성 검색 및 Ask 쿼리 빌더가 있습니다.

결과 목록

• Lesson:lesson 5fa267f2  + (0a825983a77fbe927729de29e62cc46d681f5ce9afc3608829810034a6790739)
• Lesson:scaleswap a scalable os swap system for all flash swap arrays 4041bd54  + (0b7c5d4fce026853b44e7570f0269ce0537bb8e266f5c2f37f8a1170a2185989)
• Lesson:disaggregated raid storage in modern datacenters 4eb679fe  + (0baba051d6d75e88072dbc1fe56f80693e828721e8b5bc698f114bcf609d69c4)
• Lesson:faasmem improving memory efficiency of serverless computing with memory pool architecture b6ab9eec  + (0badab734654c531aca4d2ccd098032a38b471c28ac14484f2d2ddf486539e16)
• Lesson:using one sided rdma reads to build a fast cpu efficient key value store 64f77356  + (0bc752598e70fd61d77683f1cf146cdf8d710286f118ce72f5f26c38edc950e9)
• Lesson:technical review memsos os guided selective memory mirroring 4aec983d  + (0bd76c75de4200d9603df0a10a7fbb76112c349df31bc82c486bbf76910756b2)
• Lesson:impress an importance informed multi tier prefix kv storage system for large language model infe 51b47015  + (0bdc4cb16da7bc2351fc78b1c905ed5a4bf3006a9c0301bc57749607ea591428)
• Lesson:technical review energy efficient scheduling of real time tasks on multicore processors cc0782cd  + (0c433d7c239b9315819ac3020b82a733f86f1b59638c8a3ba7dde1a5912b7917)
• Lesson:gpu c88d9a4d  + (0c5b82e09f3004c573d9cb633b0c863ec3ac6163143b64ae23661122b6bb5f42)
• Lesson:technical review f0ce02c2  + (0caea60b842ea17ce184bd39ea22e9baa501488ed8f3be0e521d6fc09e921732)
• Lesson:technical review f0ce02c2  + (0caea60b842ea17ce184bd39ea22e9baa501488ed8f3be0e521d6fc09e921732)
• Lesson:telescope telemetry for gargantuan memory footprint applications 6a766ffb  + (0cb7ea640098f4130ae47caf4d625e5c36e3d83b10624e7a02e4dbe0d35721d4)
• Lesson:exploring the asynchrony of slow memory filesystem with easyio 0952deee  + (0d2134d0e59fb62839335bd694b7de02fc4a820aa109e7dcadc164535db9bc72)
• Lesson:exploring the asynchrony of slow memory filesystem with easyio 0952deee  + (0d2134d0e59fb62839335bd694b7de02fc4a820aa109e7dcadc164535db9bc72)
• Lesson:exploring the asynchrony of slow memory filesystem with easyio 0952deee  + (0d2134d0e59fb62839335bd694b7de02fc4a820aa109e7dcadc164535db9bc72)
• Lesson:technical review transparently exploiting device reserved memory for application performance in d2f8d46b  + (0d430d83ceba80ccaad4c27b30dd211935559a3dbd5332daece3890d868cb473)
• Lesson:an adaptive zone grouping scheme enabling general purpose file systems on zns ssds c91eb86f  + (0db1c42fcb454bf1fbf1940023e207266a52945ee33c838262a8b64bbedb0bd5)
• Lesson:pacar improved buffered i o locality on numa systems with page cache replication adc0c538  + (0db83226e010d013c909d13a2bdd8bc1919d7ce5f95fd1fa7b63088d09cb93ce)
• Lesson:achieving microsecond scale tail latency efficiently with approximate optimal scheduling e8d8e302  + (0e164727de284e148e34aa50c835d62dcbd496225d6f8def5e0efea8acbbf462)
• Lesson:transparently exploiting device reserved memory for application performance in mobile systems 43e55454  + (0e1719480f90d317f3496c41554a5b48b3b77806d1f5ea44436125e798a91e7a)
• Lesson:pruneoff offloading lsm read path pruning in disaggregated key value stores f03d7e8e  + (0e1fa3d800d2f6cbabbd86fb12305c132f75e67436cd25f970ae9b4e1a881bba)
• Lesson:machine validation receipts should be structurally unable to grant human acceptance 470a7c00  + (0e2125d36bf00b561098780d6530a7f7f156eba13482d9908399f369d38f3fd0)
• Lesson:shiftlock mitigate one sided rdma lock contention via handover a5d67e63  + (0ed3206b2b3ed38c944e679672b0d4a21f2bfe29eed421389138d16600cd5e3c)
• Lesson:light dedup a light weight inline deduplication framework for non volatile memory file systems 000ae22e  + (0f3c8a48696b613e73c96de373da8dfa5137e2a4b6275c361626147d04c45f2c)
• Lesson:demand based coordinated scheduling for smp vms a57bd76a  + (0f474bdd045adf73cb22f2abea9313a9f971a1253113f1c9c41060d7113a0922)

• Lesson:appwatch detecting kernel bug for protecting consumer electronics applications a27fb99c  + (0f8dd3d747e88191601d25a51db90a3a228df6d3b2569f7d02b206a91365a173)

• Lesson:efficient memory overcommitment for i o passthrough enabled vms via fine grained page meta data d32f4845  + (0fac3e00c0c5deb2ffdfbb4d7c71a5271ace05489efde907b41777f56ac12a6b)
• Lesson:technical review a hybrid web browser architecture for mobile devices 19197da7  + (102ca9cfdc77680f6716b58ab0511131fb9773dd4502e9382fecd3ebf81f8008)
• Lesson:optimizing the startup time of embedded systems a case study of digital tv 7f9199bd  + (107a303bfabb634b4535779c39e8a5d5f6135c3d32a0599197917774da9de67b)
• Lesson:sieve is simpler than lru an efficient turn key eviction algorithm for web caches 86f86293  + (108615a6927f47e52e62e668e09c8256e653468dceffdd31f5f13ce1e886311a)
• Lesson:technical review fully harnessing the performance potential of dram less mobile flash storage d4449ca9  + (10864d7013ab8cd40884842352a1c5aefdfa615297948fbe047ac1fc59d3a71c)
• Lesson:technical review fully harnessing the performance potential of dram less mobile flash storage d4449ca9  + (10864d7013ab8cd40884842352a1c5aefdfa615297948fbe047ac1fc59d3a71c)
• Lesson:deltazip efficient serving of multiple full model tuned llms 8420449f  + (10a276266ae3f5e0f0501ed03adb0ebe447e5c26a726a9d92376c1030f2f36c8)
• Lesson:legoos a disseminated distributed os for hardware resource disaggregation d71e3e68  + (10cd531add360a4efd8ecb0c78bb97d1870fe89116d81f57462ac50e4e914657)
• Lesson:asynchrony and gpus bridging this dichotomy for i o with agio 6fab41bf  + (11d77832ebaa8d634cf5c7d855d8c6db5dd18e3642f1719231330229d568c8d3)
• Lesson:power consumption prediction and power aware packing in consolidated environments 1bd70150  + (12458060aa4b7dd3920d3e3a5a8c58d0fb722e099b2b174c532900eab1d8d1a8)
• Lesson:pivot-b200-20260717-native-extension-boundary-a01  + (128bcf7d279cabb031dfe1e6cb46968a89dee41e6c2430664679d193c490e581)
• Lesson:nanoflow towards optimal large language model serving throughput f0633332  + (12c33c70a0f6aafb23a30debaa755285079327ea2dd597e22564fb81ab6c37d7)
• Lesson:intel accelerator ecosystem an soc oriented perspective bc8f0d20  + (1330b39fdace3feecd615a3343db2c53fede7e79b4b2749e6c20e89705f80084)
• Lesson:accl an fpga based collective engine for distributed applications 896d30fd  + (143d66043aebfddf2a81a0e684ba4a33fce963659fcc79369f1bb5b56a857d57)
• Lesson:telescope telemetry for gargantuan memory footprint applications 6a766ffb  + (1484adc0c7952432e308be3de5079bda604f1f900d1c2352178fb105cf6f51ce)
• Lesson:technical review optimizing the startup time of embedded systems a case study of digital tv cd15688d  + (14b311e34a26b73356f090f7e3d92c91bce1324c4de65bbf9881248b96ae2633)
• Lesson:technical review selective memory deduplication for cost efficiency in mobile smart devices ef7d0fd2  + (14e94b10e7478317fa60b7d45838945b784301f530bad06a7331775a363fac88)
• Lesson:towards efficient flash caches with emerging nvme flexible data placement ssds 8683a6eb  + (150ec8d152a2cb0d07b0a44a20a43f9fab4e9c29b25e9d1c00400131a9608c61)
• Lesson:intel accelerator ecosystem an soc oriented perspective bc8f0d20  + (15b614160e20456d691d47d82fa7f0b5585e7512fea831e7a043792d57364676)
• Lesson:moat securely mitigating rowhammer with per row activation counters 6e5ed0e1  + (1619aa2704b12ded25cf9cddf8033af49b4c86bfe5d9a5026db0fb0ce770bd11)
• Lesson:moat securely mitigating rowhammer with per row activation counters 6e5ed0e1  + (1619aa2704b12ded25cf9cddf8033af49b4c86bfe5d9a5026db0fb0ce770bd11)
• Lesson:papi exploiting dynamic parallelism in large language model decoding with a processing in memory 5f9f53cc  + (1673e3915c761356b7b3c42ae086e7f858b58ad04b215b2e950df39a36808329)
• Lesson:lithos an operating system for efficient machine learning on gpus 76d95512  + (167a6026a3ac95c9599e9409166d64c3f537f3af2b33384fdb3b428a04171556)
• Lesson:paella low latency model serving with software defined gpu scheduling 47b175ce  + (168c28f862815110bf085da4e2e29f1c696163b2b18b38fc32c750f4b9dec50b)
• Lesson:ugache a unified gpu cache for embedding based deep learning 227e7c8f  + (171bb12b7d67d3b0a3946a2621629a893c6e5cd9bfa000ecbbcd0e2c1023a946)