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    Transform Cardiac Diagnosis with AI

    Acoustic Index

    A New Frontier in Cardiac Diagnosis

    Our revolutionary Acoustic Index technology is at the heart of what makes Corsonic unique. By harnessing AI-driven ultrasound analysis, we're redefining echocardiography with a precise, quantitative measure of heart function that accelerates diagnoses, facilitates personalized treatment, and optimizes resource allocation.

    • Exceptionally reliable detection of cardiac anomalies, delivered by AI
    • Real-time analysis and instant results
    • HIPAA compliant secure data handling
    Corsonic Platform Interface

    Advanced AI & Cardiac Diagnosis

    Precise Analysis

    Advanced AI analysis with the highest accuracy in detecting cardiac anomalies

    AI-Powered

    State-of-the-art deep learning models trained on millions of echocardiography data

    On-Demand Reports

    Analysis results generated into reports when needed

    HIPAA Compliant

    Secure, encrypted data handling meeting all healthcare privacy standards

    Scientific Publications

    Data-driven modal decomposition methods as feature detection techniques for flow problems: A critical assessment

    Data-driven modal decomposition methods as feature detection techniques for flow problems: A critical assessment

    Begiashvili, B., Groun, N., Garicano-Mena, J., Le Clainche, S., Valero, N.
    Physics of Fluids
    2023

    This comprehensive review compares 8 modal decomposition techniques (POD, DMD, FFT, etc.) on fluid datasets. Analyzes performance, strengths, and weaknesses for reconstruction and physics identification, aiding in method selection.

    DOI: 10.1063/5.0142102
    Higher order dynamic mode decomposition beyond aerospace engineering

    Higher order dynamic mode decomposition beyond aerospace engineering

    Groun, N., Begiashvili, B., Valero, E., Garicano-Mena, J., Le Clainche, S.
    Results in Engineering
    2023

    Echocardiography image analysis & turbulent jets benefit from Higher Order Dynamic Mode Decomposition (HODMD). This data-driven technique, with strong math, is robust & efficient in many fields (medicine, energy...).

    DOI: 10.1016/j.rineng.2023.101471
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