FIELD: medical equipment.
SUBSTANCE: group of inventions relates to medical equipment, namely to a method and system for estimating the thickness of the cardiac wall. The system comprises an interface and a processor. Electrophysiological measurements made in the heart of the patient are received by means of the interface. The thickness of the wall in a predetermined area of the heart is measured by means of the processor based on the electrophysiological measurements. The thickness of tissue is therein estimated using electrophysiological measurements including the use of a trained machine learning model. Based on the results of the ablation procedure executed in the predetermined area of the heart, the model is adjusted. The ML model comprises an auto-encoder type containing an encoder connected with a decoder. The auto-encoder is configured to operate based on an intracardiac electrogram or based on a 12-lead electrocardiogram.
EFFECT: provided are a method and a system for estimating the thickness of the cardiac wall based on electrophysiological testing using machine learning, including an auto-encoder, preventing excessive ablation or damage to the adjacent tissues, such as the esophagus, possibly located behind the cardiac tissue.
10 cl, 4 dwg
Title |
Year |
Author |
Number |
GUIDED HEART ABLATION USING MACHINE LEARNING (ML) |
2020 |
- Amit, Matityakhu
- Tsoref, Liat
- Amos, Yariv Avraam
- Shalgi, Avi
|
RU2779871C2 |
DYNAMIC ABLATION AND INVESTIGATION DEPENDING ON THE CONTACT OF SEGMENTED ELECTRODES |
2020 |
- Govari, Assaf
- Altmann, Andres Claudio
- Zilberman, Israel
|
RU2761291C1 |
ITERATIVE COHERENT MAPPING OF ELECTROPHYSIOLOGICAL ACTIVATION OF HEART, INCLUDING SCAR EFFECTS |
2019 |
- Bar-Tal, Mejr
- Barem, Alon
- Montag, Avram Dan
|
RU2772201C2 |
ITERATIVE COHERENT MAPPING OF ELECTROPHYSIOLOGICAL ACTIVATION OF HEART, INCLUDING EFFECT OF RE-ENTRY |
2019 |
- Bar-Tal, Mejr
- Barem, Alon
- Montag, Avram Dan
|
RU2771797C2 |
ESTIMATION OF ERRORS IN THE LOCAL ACTIVATION TIMES (LAT) MEASURED USING MULTIELECTRODE CATHETER |
2020 |
- Urman, Roy
- Amos, Yariv Avraham
|
RU2756366C1 |
AUTOMATIC LOCATION OF THE FOCAL SOURCE IN ATRIAL FIBRILLATION (AF) |
2020 |
- Urman, Roy
- Amos, Yariv Avraham
|
RU2755381C1 |
METHOD AND DEVICE FOR SURGICAL MANAGEMENT OF PATIENTS WITH COMPLICATED HEART RHYTHM DISORDERS |
2019 |
- Batalov Roman Efimovich
- Kiselev Nikolaj Vasilevich
- Nam Irina Feliksovna
- Popov Sergej Valentinovich
- Silivanov Valerij Vladimirovich
- Spisivtsev Sergej Anatolevich
- Khlynin Mikhail Sergeevich
|
RU2723225C1 |
ASSESSMENT OF THE DEVELOPMENT OF ABLATION BY THE IRREVERSIBLE ELECTROPORATION METHOD BASED ON THE AMPLITUDE OF MEASURED BIOPOLAR SIGNALS |
2021 |
- Altmann, Andres Klaudio
- Govari, Assaf
- Zilberman, Izrael
|
RU2771638C1 |
ABLATION CONTROL IN IRREVERSIBLE ELECTROPORATION USING A FOCAL CATHETER WITH CONTACT FORCE AND TEMPERATURE SENSORS |
2021 |
- Altmann, Andres Claudio
- Govari, Assaf
|
RU2764828C1 |
METHOD FOR IMAGING AN INTRACARDIAC ELECTROGRAM |
2020 |
- Auerbach, Shmuel
- Goldberg, Stanislav
- Baron, Oded
|
RU2764590C1 |