Novel clinical device tracking and tissue event characterization using proximally placed audio signal acquisition and processing

Keyphrases

• Interventional Devices 100%
• Audio Signal Acquisition 100%
• Event Characterization 100%
• Clinical Devices 100%
• Device Tracking 100%
• Audio Signal Processing 100%
• Phantom 40%
• Maximum Energy 40%
• Perforation 40%
• Surgeons 20%
• Human Tissue 20%
• Dynamic Change 20%
• Guidewire 20%
• Tool-tissue Interaction 20%
• Tissue Surgery 20%
• Dynamical Characteristics 20%
• Autoregressive Spectrum 20%
• Dynamic Time 20%
• Image Guidance 20%
• Dynamic Tool 20%
• Vessel Perforation 20%
• Acoustic Emission 20%
• Audio Signal 20%
• Complementary Approach 20%
• Time-varying Autoregressive Model 20%
• Emission Data 20%
• Proximal End 20%
• Distal Tip 20%
• Time of Use 20%
• Tissue Interaction 20%
• Interaction Characterization 20%
• Device-tissue Interaction 20%
• Surgery Augmentation 20%
• Minimally Invasive Procedures 20%

Engineering

• Signal Acquisition 100%
• Audio Signal 100%
• Invasive Procedure 50%
• Acoustic Emission 50%
• Proximal End 50%

Medicine and Dentistry

• Tissue Interaction 100%
• Surgeon 33%
• Image-Guided Intervention 33%
• Minimally Invasive Procedure 33%
• Artery Perforation 33%
• Blood Vessel Perforation 33%
• Human Tissue 33%