UPenn has developed the first virtual heart model for real-time closed-loop testing of pacemakers.
| Date | Contributor | Description | Rating |
|---|---|---|---|
| 27 Jun 2013 | Rachel Marks |
At the University of Pennsylvania's Department of Electrical and Systems Engineering, our team has developed a first-of-its-kind electrophysiological model of the heart that enables real-time closed-loop testing of pacemakers. Developed with MATLAB® and Simulink®, this heart-on-a-chip system can be configured to match a patient’s specific electrophysiological characteristics, and it can simulate a variety of heart conditions to enable early verification of pacemaker software. |
| Tag | Applied By | Date/Time |
|---|---|---|
| code generation | Rachel Marks | 27 Jun 2013 at 2:03pm |
| closed-loop testing | Rachel Marks | 27 Jun 2013 at 2:03pm |
| real-time testing | Rachel Marks | 27 Jun 2013 at 2:03pm |
| fibrillation | Rachel Marks | 27 Jun 2013 at 2:03pm |
| arrhythmia | Rachel Marks | 27 Jun 2013 at 2:03pm |
| electrophysiological model | Rachel Marks | 27 Jun 2013 at 2:03pm |
| boston scientific | Rachel Marks | 27 Jun 2013 at 2:03pm |
| fpga implementation | Rachel Marks | 27 Jun 2013 at 2:03pm |
| formal verification | Rachel Marks | 27 Jun 2013 at 2:03pm |
| tachycardia | Rachel Marks | 27 Jun 2013 at 2:03pm |
| bradycardia | Rachel Marks | 27 Jun 2013 at 2:03pm |
| pacemaker verification | Rachel Marks | 27 Jun 2013 at 2:03pm |
| virtual heart model | Rachel Marks | 27 Jun 2013 at 2:03pm |
| vhm | Rachel Marks | 27 Jun 2013 at 2:03pm |