Smart and Low-cost Advanced Analysis and Research (SALAR)
Based on over two years of intensive R&D at the Golestan Ischemic Disorder Lab, I specialize in high-performance bio-medical engineering. My work focuses on Pure Time-Domain Processing developed in Delphi 7 and Delphi 2010. By avoiding frequency-domain dependencies (FFT), my systems achieve true real-time, zero-latency analysis for critical cardiac research.
The SALAR-Bio-Lab (Smart and Low-cost Advanced Analysis and Research) is the product of over two years of intensive R&D at the Golestan Ischemic Disorder Lab. It represents an end-to-end open-access framework for extracting complex heart characteristics, ranging from real-time electrical time-domain markers to spatial conduction velocity vectors..
View Architecture →Integrated Online/Offline system for real-time cardiac capture detection, APD80 markers, and custom pacing protocols.
Explore Code →Tempo-Spatial image processing suite. Extracts conduction velocity vectors and calcium/voltage dynamics from high-speed fluorescence data.
Explore Code →Upcoming repository focusing on low-power sensor node synchronization, data aggregation algorithms, and robust mesh networking protocols for environmental and medical monitoring.
Repository Launching SoonAn Automated system for elderlies to make calls with their beloved ones.
Repository Launching Soon