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Accession Number:
AD1076101
Title:
Secure HfO2 Based 10-kb EEPROM for Data Security Applications
Corporate Author:
Oklahoma State University Stillwater United States
Report Date:
2019-03-25
Abstract:
Secure systems rely on encryption keys to be stored safely. However, it has been shown that popular storage means such as DRAM or PROM possesses vulnerability to physical cryptographic attacks. This work proposed an on-chip secure 10-kb EEPROM with adjustable programming voltages using charge trapping mechanism. The on-chip feature allows encryption keys to be stored with the processor minimizing observability. The use of die dependent programming voltages enables the optimization of data retention time verses memory lifetime. A quick future view on modeling EEPROM lifetime and data retention time tradeoff is given as well.
Descriptive Note:
Conference Paper
Supplementary Note:
GOMACTech Conference (GOMACTech 19) , 25 Mar 2019, 28 Mar 2019, See also AD1074821 - GOMACTech Conference (GOMACTech 19) "Artificial Intelligence and Cyber Security: Challenges and Opportunities for the Government" held in Albuquerque, NM 25-28 March 2019.
Pages:
0006
Distribution Statement:
Approved For Public Release;
File Size:
2.39MB
