Flash memory is widely adopted in various consumer products, especially for embedded systems. With strong demands on product designs for overhead control and performance requirements, vendors must have an effective design for the mapping of logical block addresses (LBA's) and physical addresses of data over flash memory. This paper targets such an essential issue by proposing a configurable mapping method that could trade the main-memory overhead with the system performance under the best needs of vendors. A series of experiments is conducted to provide insights on different configurations of the proposed method.
['Yi-Lin Tsai', 'Jen-Wei Hsieh', 'Tei-Wei Kuo']
Configurable NAND flash translation layer