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Oct 24, 2017 · DLV improves flash access speeds based on process variations and data retention time difference across flash blocks. More importantly, DLV ...
Abstract—NAND flash has been widely adopted in storage systems due to its better read and write performance and lower power consumption over traditional ...
Abstract—NAND flash has been widely adopted in storage systems due to its better read and write performance and lower power consumption over traditional ...
DLV improves flash access speeds based on process variations and data retention time difference across flash blocks. More importantly, DLV integrates access ...
NAND flash has been widely adopted in storage systems due to its better read and write performance and lower power consumption over traditional mechanical ...
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DLV: Exploiting Device Level Latency Variations for Performance Improvement on Flash Memory Storage Systems. Article. Oct 2017. Youtao Zhang · Jianhang Huang ...
DLV: Exploiting device level latency variations for performance improvement on flash memory storage systems. J Cui, Y Zhang, W Wu, J Yang, Y Wang, J Huang.
(2018). DLV: Exploiting Device Level Latency Variations for Performance Improvement on Flash Memory Storage Systems. IEEE TRANSACTIONS ON COMPUTER-AIDED DESIGN ...
Minimizing Retention Induced Refresh Through Exploiting Process Variation of Flash Memory · Retention-Time Relaxation Scheme for MLC Flash-Memory Storage Systems.
(2018). DLV: Exploiting Device Level Latency Variations for Performance Improvement on Flash Memory Storage Systems. IEEE TRANSACTIONS ON COMPUTER-AIDED DESIGN ...