Efficient Hardware/Software Co-Design for Post-Quantum Crypto Algorithm SIKE on ARM and RISC-V based Microcontrollers

Keyphrases

• Microcontroller 100%
• RISC-V 100%
• Cryptographic Algorithms 100%
• Efficient Hardware 100%
• Post-quantum Crypto 100%
• Hardware-software Co-design 100%
• Supersingular Isogeny Key Encapsulation 100%
• Software Implementation 60%
• Finite Fields 40%
• Proposed Design 40%
• FPGA Implementation 40%
• ARM Cortex-A9 40%
• Co-design Method 40%
• K-clock 40%
• High Performance 20%
• Design Challenges 20%
• Key Length 20%
• Low Performance 20%
• RISC-V Processor 20%
• FPGA Platform 20%
• Post-quantum Cryptography 20%
• Quantum Computer 20%
• Low Latency 20%
• Communication Overhead 20%
• Post-quantum 20%
• Latency Performance 20%
• Redundant numbers 20%
• Quantum Public Key 20%
• Public Key Algorithm 20%
• Microcontroller Platform 20%
• ARM64 20%
• Recent Advancements 20%
• Unique Design 20%
• Platform-Based 20%
• Area Footprint 20%

Computer Science

• Microcontroller 100%
• Software Implementation 100%
• Participatory Design 100%
• Clock Cycle 100%
• Cortex-A9 66%
• Lower Performance 33%
• Communication Overhead 33%
• Design Challenge 33%
• Public Key Algorithm 33%
• Quantum Cryptography 33%
• Quantum Computer 33%
• Research Topic 33%