Low-power high-speed smart sensor design for space exploration missions

Keyphrases

• Low Power 100%
• On-a-chip 100%
• Ultrafast 100%
• Sensor Design 100%
• Design for Space Exploration 100%
• Neural Processor 100%
• Smart Sensors 100%
• Smart Sensor Systems 100%
• Space Exploration Missions 100%
• Active pixel Sensor 100%
• High Performance 50%
• Image Analysis 50%
• Systems-based 50%
• Order of Magnitude 50%
• CMOS Technology 50%
• Computer Vision 50%
• Control Function 50%
• System Level 50%
• Computing Power 50%
• Throughput Rate 50%
• Fast Learning 50%
• Learnability 50%
• Image Acquisition 50%
• VLSI Systems 50%
• SOI CMOS 50%
• Interpretation Function 50%
• Fusion Image 50%
• Image Fusion 50%
• Vision Processing 50%
• High Data Throughput 50%
• Microchip Design 50%
• Microcomputer 50%
• Biological Vision System 50%
• Massively Parallel Computation 50%
• Embedded Microprocessor 50%
• All Levels 50%
• Large Format 50%
• Scene Interpretation 50%
• Smart Sensing System 50%

Computer Science

• System on a Chip 100%
• Vision Systems 50%
• Computing Power 50%
• Control Function 50%
• Scene Interpretation 50%
• Image Fusion 50%
• Image Analysis 50%
• Biological Vision 50%
• Image Acquisition 50%
• Throughput Data 50%
• Microcomputer 50%
• Massively Parallel Computing 50%
• Computer Vision 50%

Engineering

• Smart Sensor System 100%
• Smart Sensors 100%
• Sensing System 50%
• Microprocessor 50%
• Control Function 50%
• Image Analysis 50%
• Image Fusion 50%
• Computing Power 50%
• Parallel Computer 50%