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In this work, we study the performance of different decoding schemes formultilevel flash memories where each page in every block is encodedindependently. We focus on the multi-level cell (MLC) flash memory, which ismodeled as a two-user multiple access channel suffering from asymmetric noise.The uniform rate regions and sum rates of Treating Interference as Noise (TIN)decoding and Successive Cancelation (SC) decoding are investigated for aProgram/Erase (P/E) cycling model and a data retention model. We examine theeffect of different binary labelings of the cell levels, as well as the impactof further quantization of the memory output (i.e., additional readthresholds). Finally, we extend our analysis to the three-level cell (TLC)flash memory.

Performance of Multilevel Flash Memories with Different Binary Labelings: A Multi-User Perspective