Researching what comes next.
Investigating non-invasive hemodynamics, deterministic signal filtering, and real-time intraoperative inference. All research is conducted under rigorous clinical trial protocols.
Continuous Wavelet Decomposition for Real-Time ST Segment Elevation Discrepancy Detection
Evaluates multi-lead wavelet transformation algorithms in detecting sub-millivolt ischemic shifts in high-motion ambulatory settings, filtering high-frequency surgical cautery artifacts while preserving QRS integrity.
Photoplethysmographic Pulse Arrival Time for Continuous Arterial Blood Pressure Estimation
Investigates cuffless arterial pressure estimation using multi-wavelength photoplethysmography cross-correlated with Lead II R-wave peaks in post-cardiac surgical cohorts.
Zero-Buffer Telemetry Routing in High-Density Hospital IoT Mesh Architectures
Demonstrates deterministic latency packet routing across IEEE 802.11ax hospital backbones, ensuring continuous vital sign fidelity during intra-facility patient transit without data loss.
Real-Time Edge-Accelerated Segmentation of Left Ventricular Endocardial Boundaries
Presents an on-device tensor network for automated biplane Simpson ejection fraction computation during standard bedside echocardiography scans with physician oversight.