Detection of steps in single molecule data

Engineering

• Signal-to-Noise Ratio 100%
• Step Size α 100%
• Analysis Objective 100%
• Dynamic Behavior 50%
• Measurement System 50%
• Limitations 50%
• Step Change 50%
• Input Parameter 50%
• Optical Tweezers 50%
• Detection Algorithm 50%
• Finite Time 50%
• Detection Technique 50%
• Positive Outcome 50%
• Limiting Factor 50%
• Response Time 50%
• Noise Level 50%
• Event Step 50%

Keyphrases

• Single Molecule 100%
• Step Detection 100%
• Detection Method 80%
• Probe Dynamics 60%
• Signal-to-noise Ratio 40%
• Step Distribution 40%
• Protein Conformation 20%
• Response Time 20%
• Measurement System 20%
• Dynamic Behavior 20%
• Learning Process 20%
• Positive Outcomes 20%
• Step Change 20%
• Noise Statistics 20%
• Noise Level 20%
• Existing Algorithms 20%
• Simulation Test 20%
• Evaluation Scale 20%
• Optical Tweezers 20%
• Small Signal 20%
• Novel Methodology 20%
• Input-oriented 20%
• Data Providing 20%
• Mechanical Measurement 20%
• Noise Characteristics 20%
• Molecular State 20%
• Molecular Behavior 20%
• Iterative Learning 20%
• Supply Parameters 20%
• Measurement Probe 20%
• AFM Microscopy 20%
• TIRF Microscopy 20%
• Step Detection Algorithm 20%
• Probe Response 20%