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속성:Question

S3 연구 메모리

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a
archer adaptive memory compression with page association rule awareness for high speed response 98bcc760 +
Can correlations among anonymous pages improve mobile compressed-memory capacity and responsiveness?  +
asap fast mobile application switch via adaptive prepaging 3f9602cd +
메모리 압박 상태에서 앱 전환 시 file-backed page I/O와 zram anonymous page decompression이 demand fault로 직렬화되는 시간을 어떻게 줄일 것인가?  +
asymmetric raid rethinking raid for ssd heterogeneity bfd97257 +
Can RAID use heterogeneous SSD capacity and performance without forcing symmetric participation in every stripe?  +
asynchronous i o stack a low latency kernel i o stack for ultra low latency ssds 4b00ffc9 +
장치 지연이 10마이크로초 미만인 SSD에서 Linux 커널 I/O 스택의 동기적 CPU 작업을 장치 I/O와 겹쳐 종단 지연을 줄일 수 있는가?  +
asynchrony and gpus bridging this dichotomy for i o with agio 6fab41bf +
How can GPU threads issue asynchronous SSD I/O and continue useful work without CPU orchestration?  +
automatically reasoning about how systems code uses the cpu cache 11306b93 +
시스템 바이너리의 CPU cache 사용을 자동으로 추론해 성능·보안 문제를 찾을 수 있는가?  +
avoiding read stalls on flash storage 34c6809a +
Can a buffer manager serve cache-miss reads immediately when every frame is dirty?  +
aware automate workload autoscaling with reinforcement learning in production cloud systems cb18da5e +
RL 오토스케일러를 새 워크로드에 빠르고 안전하게 적용할 수 있는가?  +
b
beyond static policies dynamic prac for balanced and efficient rowhammer mitigation edd7af08 +
공개 초록/원문이 없어 기술 연구 질문을 검증할 수 없다.  +
bind only vllm rpc sockets to a short private path 4bf9d75f +
How should a B200 vLLM runner avoid Unix socket path overflow without moving JIT or executable temporary files onto a noexec /tmp mount?  +
bperf bcoz on cpu off cpu 3b259a81 +
응용의 실행 중 병목과 블록되어 대기하는 병목을 하나의 프로파일링 관점에서 어떻게 함께 진단할 수 있는가?  +
breakhammer enhancing rowhammer mitigations by carefully throttling suspect threads 19eb947b +
Can RowHammer defenses reduce their own performance/energy cost by slowing the threads that trigger preventive actions?  +
bypassd enabling fast userspace access to shared ssds da9e5d79 +
Can unmodified applications access a shared SSD from userspace at near-SPDK latency while retaining protection and files?  +
byteexpress a high performance and traffic efficient inline transfer of small payloads over nvme a7c01a49 +
Can sub-page NVMe payloads avoid separate DMA data transfers?  +
c
cache scheme of shared buffer mappings for energy efficiency of mobile devices 4b6db791 +
Application-device shared buffer의 반복 map/unmap 비용, 특히 fragmented physical address space에서의 CPU 및 energy 비용을 줄일 수 있는가?  +
cacheblend fast large language model serving for rag with cached knowledge fusion 056a5f5e +
Can RAG reuse cached KV states for retrieved chunks without losing cross-chunk attention quality?  +
calcspar a contract aware lsm store for cloud storage with low latency spikes accc7c9d +
EBS의 계약·지연 변동 속에서도 LSM 읽기 꼬리 지연을 제한할 수 있는가?  +
can zns ssds be better storage devices for persistent cache 3ff8980a +
Which integration design lets persistent caches exploit ZNS SSD capacity and host-controlled garbage collection despite update-heavy writes?  +
catching two rabbits adaptive real time support for embedded linux ee13b80e +
embedded Linux에서 real-time latency를 유지하면서 heavy multitasking의 context-switch 증가와 throughput 저하를 줄일 수 있는가?  +
characterizing mobile soc for accelerating heterogeneous llm inference 6b900bb7 +
How should mobile GPU and NPU execution be combined under a shared memory-bandwidth limit?  +
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