Introducing KeyRing self-timed microarchitecture and timing-driven design flow

Keyphrases

• 32-bit 14%
• 65 Nm Technology 14%
• ARM Processor 14%
• Automation Methods 14%
• Circuit Structure 14%
• Clock Gating 28%
• Compatibility Issues 14%
• Design Basis 100%
• Design Circuit 14%
• Design Flow 100%
• Design Methodology 14%
• Design Principles 14%
• Design Style 14%
• Electronic Design Automation 57%
• Generic Circuit 14%
• Keyring 100%
• Low Power 14%
• Microarchitecture 100%
• Post-synthesis 14%
• Power Consumption 14%
• Power Efficiency 14%
• Relative Timing Constraints 14%
• RISC-V Processor 14%
• Self-timed 100%
• Static Timing Analysis 14%
• Time Constraints 14%
• Timing-driven 100%

Computer Science

• Electronic Design Automation 100%
• Microarchitecture 100%
• Power Consumption 25%
• Power Efficiency 25%
• RISC-V 25%
• Timing Analysis 25%
• Timing Constraint 50%

Engineering

• ARM Processors 25%
• Design Flow 100%
• Design Style 25%
• Electric Power Utilization 25%
• Electronic Design Automation 100%
• Generic Circuit 25%
• Relative Timing 25%