Variation-aware low-power video processor design techniques

Keyphrases

• Low Power 100%
• Design Techniques 100%
• Processor Design 100%
• Variation-aware 100%
• Video Processor 100%
• DRAM Memory 100%
• Embedded SRAM 100%
• Time Variation 66%
• Clock Generation 66%
• Embedded Memory 66%
• Functional Failure 66%
• Generation Method 33%
• Design Approach 33%
• Recent Advances 33%
• CMOS Technology 33%
• Subthreshold 33%
• Priority-based 33%
• Supply Voltage 33%
• Video Quality 33%
• Near-threshold 33%
• Low-voltage Operation 33%
• Generation Schemes 33%
• Adaptive Clock 33%
• Video Coding 33%
• Error Correction Codes 33%
• Noise Margin 33%
• Quality Loss 33%
• CMOS VLSI 33%
• Technology Scaling 33%
• Scaled CMOS 33%
• VLSI Systems 33%
• Video Decoding 33%
• Process-voltage-temperature Variations 33%
• Computational Data 33%
• Speed Variation 33%
• Variation Margin 33%
• Memory Design 33%
• Variation-aware Design 33%
• Failure Cause 33%
• Supply Voltage Scaling 33%

Computer Science

• Supply Voltage 100%
• Clock Generation 100%
• Design Technique 100%
• Processor Design 100%
• embedded memory 100%
• Clock Cycle 50%
• Memory Design 50%
• Noise Margin 50%
• Error Correction 50%