The device will use triangulation, which, as shown earlier, is the process of using three separate points as references to find the value of certain physiological parts through calculations that can be implied by the triangulation.
Our triangulation will be formed by three pads, and it will then wirelessly transfer the reading of the blood pressure and the angular displacement to the computer, which will adjust the blood pressure to the correct reading and graphically represent the blood pressure on a monitor.
As mentioned earlier, the use of Bernoulli’s equation in this part is an approximation, as there are many different things that can affect the blood pressure in changing their angular displacement (Sheriff et. al, 2009). Therefore, the device will first need to be calibrated in order to create an equation that sets the blood pressure as a function of angular displacement for the immediate procedure only; however, after some time, the artificial intelligence used will calculate the change in blood pressure due to a change in angular displacement without a calibration.
References:
Sheriff, D. D., T. M. Mullin, B. J. Wong, and M. Ladouceur. “Does Limb Angular Motion Raise Limb Arterial Pressure?”. Acta Physiol (Oxf) 195, no. 3 (Mar 2009): 367-74. https://doi.org/10.1111/j.1748-1716.2008.01912.x.