10 papers:
DAC-2015-YangCK #design- Virtual flash chips: rethinking the layer design of flash devices to improve data recoverability (MCY, YHC, TWK), p. 6.
WICSA-2014-FuZBX #analysis- A Recoverability-Oriented Analysis for Operations on Cloud Applications (MF, LZ, LB, XX), pp. 125–128.
ICALP-v1-2011-FeigeR #independence #set- Recoverable Values for Independent Sets (UF, DR), pp. 486–497.
ASPLOS-2009-LenharthAK #operating system- Recovery domains: an organizing principle for recoverable operating systems (AL, VSA, STK), pp. 49–60.
SAC-2007-YuY #continuation #distributed #workflow- Continuation-passing enactment of distributed recoverable workflows (WY, JY), pp. 475–481.
OSDI-2006-ZhouCABEHNB #named #using- SafeDrive: Safe and Recoverable Extensions Using Language-Based Techniques (FZ, JC, ZRA, IB, RE, MH, GCN, EAB), pp. 45–60.
- SAC-2000-ParkY #distributed #lightweight #memory management
- A Lightweight Casual Logging Scheme for Recoverable Distributed Shared Memory (TP, HYY), pp. 661–666.
AdaEurope-1999-KienzleS- Shared Recoverable Objects (JK, AS), pp. 397–411.
SOSP-1993-SatyanarayananMKSK #lightweight #memory management- Lightweight Recoverable Virtual Memory (MS, HHM, PK, DCS, JJK), pp. 146–160.
SIGMOD-1990-BernsteinHM #implementation #using- Implementing Recoverable Requests Using Queues (PAB, MH, BM), pp. 112–122.
