Portable systems such as cell phones and portable media players commonly use non-
volatile RAM (NVRAM) to hold all of their data and metadata, and larger systems can store …

Non-volatile byte addressable memories are becoming more common, and are increasingly
used for critical data that must not be lost. However, existing NVRAM-based file systems do …

Emerging fast, persistent memories will enable systems that combine conventional DRAM
with large amounts of non-volatile main memory (NVMM) and provide huge increases in …

Non-volatile memories (NVMs) provide lower latency and higher bandwidth than block
devices. Besides, NVMs are byte-addressable and provide persistence that can be used as …

Modern file systems employ journaling techniques to guarantee data consistency in case of
unexpected system crashes or power failures. However, journaling file systems usually …

With the rapid development of fast and byte-addressable non-volatile memories (NVMs),
hybrid NVM/DRAM storage systems become promising for computer systems. Existing NVM …

Modern file systems employ journaling techniques to guarantee data consistency in case of
unexpected system crashes or power failures. However, journaling file systems usually …

Fast non-volatile memories (NVMs) will soon appear on the processor memory bus
alongside DRAM. The resulting hybrid memory systems will provide software with sub …

Non-Volatile Memory (NVM) has evolved to achieve non-volatility and byte-addressability
with latency comparable to DRAM. This inspires the development of a new generation of file …

File systems make use of part of DRAM as the buffer cache to enhance its performance in
traditional systems. In this paper, we consider the use of Non-Volatile RAM (NVRAM) as a …