IMCS2: Novel Device-to-Architecture Co-Design for Low-Power In-Memory Computing Platform Using Coterminous Spin Switch

Keyphrases

• Low Power 100%
• In-memory Computing 100%
• Spin Switching 100%
• In-memory 50%
• In-memory Logic 50%
• Data Communication 25%
• Input-output 25%
• Magnetic Random Access Memory 25%
• Spintronic Devices 25%
• Computing Systems 25%
• Process Data 25%
• Energy Saving 25%
• Long Distance 25%
• Shared Memory 25%
• Memory chip 25%
• Non-volatile Memory 25%
• Vector Operation 25%
• Distance Information 25%
• Logic Circuit 25%
• Non-volatility 25%
• Dipolar Coupling 25%
• Von Neumann 25%
• Spin Transfer Torque 25%
• Peripheral Circuits 25%
• Bitwise 25%
• Bitcell 25%
• XOR-XNOR 25%
• Output Isolation 25%
• Torque Coupling 25%
• Giant Spin Hall Effect 25%
• Boolean Vector 25%
• Reconfigurable 25%
• Vector multiplication 25%

Computer Science

• Computing Platform 100%
• Participatory Design 100%
• Novel Device 100%
• Intrinsic Property 25%
• Random Access Memory 25%
• Process Data 25%
• Data Communication 25%
• Input/Output 25%
• Non-Volatile Memory 25%
• Energy Saving 25%
• Vector Operation 25%
• Vector Multiplication 25%
• Shared Memory 25%