1
Zhengang Chen, Yunxiang Wu: Mixed granularity higher-level redundancy for non-volatile memory. LSI Corporation, PatentVentures, Bennett Smith, Korvin Van Dyke, October 7, 2014: US08856431 (8 worldwide citation)

Mixed-granularity higher-level redundancy for NVM provides improved higher-level redundancy operation with better error recovery and/or reduced redundancy information overhead. For example, pages of the NVM that are less reliable, such as relatively more prone to errors, are operated in higher-level ...


2
Zhengang Chen, Yunxiang Wu: Mixed granularity higher-level redundancy for non-volatile memory. IP Legal Services, Ian Hughes, Scott McLellan, April 26, 2016: US09323612

Mixed-granularity higher-level redundancy for NVM provides improved higher-level redundancy operation with better error recovery and/or reduced redundancy information overhead. For example, pages of the NVM that are less reliable, such as relatively more prone to errors, are operated in higher-level ...


3
MIXED GRANULARITY HIGHER-LEVEL REDUNDANCY FOR NON-VOLATILE MEMORY. LSI CORPORATION, February 6, 2014: US20140040530-A1

Mixed-granularity higher-level redundancy for NVM provides improved higher-level redundancy operation with better error recovery and/or reduced redundancy information overhead. For example, pages of the NVM that are less reliable, such as relatively more prone to errors, are operated in higher-level ...


4
MIXED GRANULARITY HIGHER-LEVEL REDUNDANCY FOR NON-VOLATILE MEMORY. June 4, 2015: US20150154070-A1

Mixed-granularity higher-level redundancy for NVM provides improved higher-level redundancy operation with better error recovery and/or reduced redundancy information overhead. For example, pages of the NVM that are less reliable, such as relatively more prone to errors, are operated in higher-level ...