The recent rise of byte-addressable non-volatile memory technologies is blurring the
dichotomy between memory and storage. In particular, they allow programmers to have …

Emerging hardware like persistent memory (PM) and high-speed NICs are promising to
build efficient key-value stores. However, we observe that the small-sized access pattern in …

With the emergence of byte-addressable persistent memory (PM), a cache line, instead of a
page, is expected to be the unit of data transfer between volatile and nonvolatile devices, but …

Non-volatile memory (NVM) can be directly accessed in user space without going through
the kernel. This encourages several recent studies on building user-space NVM file systems …

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 …

Hash index, a fundamental component in many data management systems, can benefit from
the emerging persistent memory (PMem) to achieve high performance and instant recovery …

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 …

Non-Volatile Main Memory (NVMM) systems provide high performance by directly
manipulating persistent data in-memory, but require crash consistency support to recover …

Persistent memory allocation is a fundamental building block for develo** high-
performance and in-memory applications. Existing persistent memory allocators suffer from …