Low power in-memory computing based on dual-mode SOT-MRAM

Keyphrases

• Low Power 100%
• In-memory Computing 100%
• Magnetic Random Access Memory 100%
• Proposed Design 100%
• Dual-mode 100%
• In-memory Logic 100%
• Advanced Encryption Standard 100%
• Spin-orbit Torque 100%
• Data Communication 50%
• Energy Consumption 50%
• Low Power Consumption 50%
• Computing Systems 50%
• Process Data 50%
• Encryption 50%
• Long Distance 50%
• Shared Memory 50%
• Memory chip 50%
• Non-volatile Memory 50%
• Reconfigurable 50%
• In-memory 50%
• Distance Information 50%
• Area Overhead 50%
• Logic Circuit 50%
• Array Design 50%
• Limited Area 50%
• Von Neumann 50%
• Memory Array 50%
• Peripheral Circuits 50%
• Bitcell 50%
• CMOS ASIC 50%
• In-memory Data 50%
• Co-simulation 50%
• Advanced Encryption Standard Algorithm 50%
• Traditional Logic 50%

Computer Science

• Random Access Memory 100%
• Advanced Encryption Standard 100%
• Energy Consumption 50%
• Case Study 50%
• Process Data 50%
• Shared Memories 50%
• Data Communication 50%
• Non-Volatile Memory 50%
• Data Encryption 50%
• Application Specific Integrated Circuit 50%
• Lower Energy Consumption 50%
• Memory Design 50%
• Memory Array 50%
• Advanced Encryption Standard Algorithm 50%