… HPC under failures. Leveraging the non-volatility of NVM as main memory, we can recover
data objects and resume application computation (recomputation) after the application …

… In order to retain data after a loss … As we discuss in subsequent sections, we use non-volatile
pointers to build non-volatile data structures that are guaranteed to be consistent after the …

… non-volatile memory management. Makalu offers an integrated allocator and recovery-time …
internal consistency, avoids NVRAM memory leaks, and is efficient, all in the face of failures. …

… In this paper, we present Hyrise-NV, a database storage … recover databases independent
of their size. For index structures, we present nvBTree using multi-versioning to provide failure-…

… On the other hand, emerging NVMs bring in a set of new challenges for memory management
and security; since NVMs retain data even after power loss, necessary measures for …

… NVMM hence we propose lazy recovery optimizations for making recovery fast. To evaluate
… As shown in the figure, the problem becomes more obvious when we deal with terabytes of …

… ECP6 uses verifyafter-write for error detection; hence, a 7th failure within a 64B block triggers
a page map-out. Figure 8 compares capacity vs. lifetime of Nocorrection, SEC64, ECP6, …

… Recent non-volatile memory (NVM) technologies, such as PCM, STT-MRAM and ReRAM, …
device failure as this is an orthogonal issue and is hardware-related; we only target failures …

… It stores undo logs for outstanding transactions in non-volatile memory for recovery. The …
To test recovery from failures, we run the tests and kill the program with SIGKILL at random …

… To avoid the failure of integrity checking after recovery, MACs need to be written into NVM
with the new user data. However, the MAC of user data is logically placed with the user data …