Reliable measurement using unreliable binary comparisons

Keyphrases

• Estimation Problem 100%
• Measurement Method 100%
• Joint Estimation 100%
• Measurement Problem 100%
• Statistical Estimation 100%
• Measurement Error 100%
• Performance Bounds 100%
• Physical Quantity 100%
• Quantity of Interest 100%
• Reliable Measurement 100%
• Semiconductor Technology 100%
• High Variability 100%
• Performance Estimation 100%
• Measurement System 100%
• Measurement Process 100%
• Physical Measurements 100%
• Analog-to-digital Converter 100%
• Repeated Measurements 100%
• Maximum a Posteriori 100%
• Level of Measurement 100%
• Approximate Minima 100%
• Asymptotic Performance 100%
• Distributed Sensor Network 100%
• Analog-to-digital Conversion 100%
• Design Measurement 100%
• Dynamic Uncertainty 100%
• Converter Circuit 100%
• Binary Comparison 100%
• Static Uncertainty 100%
• Minimum Mean Square Error Method 100%
• One-bit Quantization 100%
• Unreliable Comparisons 100%

Engineering

• Comparator 100%
• Mean Square Error 50%
• Joint Estimation 50%
• Measurement System 50%
• Desired Level 50%
• Measurement Error 50%
• Maximum a Posteriori 50%
• Sensor Network 50%
• Measurement Process 50%
• Analog-to-Digital Converter 50%
• Reference Value 50%
• Distributed Sensor 50%
• Analog to Digital Conversion 50%
• Repeated Measurement 50%
• Sample Value 50%
• Physical Quantity 50%

Computer Science

• Comparator 100%
• Performance Bound 50%
• Statistical Estimation 50%
• Measurement System 50%
• Measurement Process 50%
• Analog-to-Digital Converter 50%
• Measurement Error 50%
• Estimation Performance 50%
• Distributed Sensor Network 50%
• Digital Conversion 50%
• Measurement Method 50%
• Reference Value 50%
• Repeated Measurement 50%
• Physical Quantity 50%