20230157615. ALGORITHM FOR OPTIMAL BEAT SELECTION simplified abstract (Biosense Webster (Israel) Ltd.)
Contents
ALGORITHM FOR OPTIMAL BEAT SELECTION
Organization Name
Biosense Webster (Israel) Ltd.
Inventor(s)
Guy David Malki of Petah Tikva (IL)
ALGORITHM FOR OPTIMAL BEAT SELECTION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20230157615 titled 'ALGORITHM FOR OPTIMAL BEAT SELECTION
Simplified Explanation
The abstract describes a patent application for systems and methods that optimize the selection of beats for a 3D mapping system used in medical procedures. The method involves receiving beats from a catheter located at a specific mapping site, applying dynamic filters to the collected beats, determining the optimal beats, and integrating them into the 3D mapping system. This allows for a more comprehensive mapping and selection of representative beats for the target anatomy.
- The method involves receiving beats from a catheter located at a specific mapping site.
- Dynamic filters are applied to the collected beats.
- The optimal beats are determined and integrated into the 3D mapping system.
- This method allows for the selection of more beats for a more comprehensive 3D mapping.
- It also enables the selection of higher quality beats that accurately represent the target anatomy.
Potential Applications
- Medical procedures involving 3D mapping of the heart or other anatomical structures.
- Cardiac ablation procedures.
- Electrophysiology studies.
- Diagnosis and treatment of arrhythmias.
Problems Solved
- Limited selection of beats for 3D mapping.
- Difficulty in identifying representative beats for accurate mapping.
- Incomplete or inaccurate mapping of the target anatomy.
Benefits
- More comprehensive 3D mapping of the target anatomy.
- Improved accuracy in identifying representative beats.
- Enhanced visualization and understanding of the anatomical structure.
- Better diagnosis and treatment of cardiac conditions.
Original Abstract Submitted
systems and methods for optimal selection of beats for a 3d mapping are disclosed. a method in accordance with the present disclosure may be performed on a processor and may comprise receiving a plurality of beats from a catheter. the catheter may be located at a target mapping site, such as a chamber of the heart. a plurality of dynamic filters may be applied to the plurality of collected beats. the optimal beats may be determined and integrated as a beat in the 3d mapping system. this method enables the selection of more beats for a more comprehensive 3d mapping, as well as the selection of more quality beats that are representative of the target anatomy.
