We present Recipe, a principled approach for converting concurrent DRAM indexes into
crash-consistent indexes for persistent memory (PM). The main insight behind Recipe is that …

Emerging byte-addressable, non-volatile memory technologies offer performance within an
order of magnitude of DRAM, prompting their inclusion in the processor memory subsystem …

Persistent Memory (PM) can be used by applications to directly and quickly persist any data
structure, without the overhead of a file system. However, writing PM applications that are …

Persistent memory (PM) technologies, such as Intel's Optane memory, deliver high
performance, byte-addressability, and persistence, allowing programs to directly manipulate …

Recent non-volatile memory technologies such as 3D XPoint and NVDIMMs have enabled
persistent memory (PM) systems that can manipulate persistent data directly in memory. This …

The advent of non-volatile main memory (NVM) enables the development of crash-
consistent software without paying storage stack overhead. However, building a correct …

The Persistent Memory (PM) technology combines the persistence of storage with the
performance approaching that of DRAM. Programs taking advantage of PM must ensure …

Debugging persistent memory (PM) programs faces a fundamental tradeoff between
performance overhead and bug coverage (comprehensiveness). Large performance …

Persistent memory (PM) technologies combine near DRAM performance with persistency
and open the possibility of using one copy of a data structure as both a working copy and a …

Non-volatile memory (NVM) technologies can manipulate persistent data directly in memory.
Ensuring crash consistency of persistent data enforces that data updates reach all the way to …