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Non-volatile random-access memory (NVRAM) becomes a mainstream storage device in embedded systems due to its favorable features, such as small size, low power consumption, and short read/write latency. On NVRAM, a write operation consumes more energy and time than a read operation. However, current mobile/embedded file systems (e.g., EXT2/3 and EXT4) are very unfriendly for NVRAM devices. The reason...
3D NAND has been proposed to provide a large capacity storage with low-cost consideration due to its high density memory architecture. However, 3D NAND needs to consume enormous time for garbage collection because of live-page copying overhead and long block erase time. To alleviate the impact of live-page copying on the performance of 3D NAND, a sub-block erase design has been designed. With sub-block...
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