| Popis: |
This work contributes to the future technology of ubiquitous healthcare monitoring facilities where health issues regarding diagnosis are not a complex problem. The diagnosis of the disease is a prior concern in healthcare. Nowadays, heart-related diseases, which were rare in earlier eras, are commonly found in people of all ages. So it has become essential to develop a heart-monitoring device that will also sense body temperature, and do so at a promising and reasonable cost. It is a revolutionary technology that is helpful in rural areas due to its economic status and user-friendly nature. This device embraces the well-assured quality, validate, accurate, and easy to use anywhere and anytime. We have proposed a standard, integrated, and implantable device for measuring the heart rate. By employing fingertip reading, this device improves the estimation of the body's heart rate and also accounts for the body's temperature in the contextual information generated by the biosignal of the body. It has three phases: pulse detection from the index finger, then extracting the signals generated, and amplifying the pulse in order to determine the heart rate. Due to its small size and wearable nature, this device can be implanted anywhere on the body; the person just puts a fingertip on a sensor and it will calibrate the measurement accordingly. However, most of the HRM devices available in the market are costly and not effective for a daily clinical prospective. On the other hand, our HRM module is an ergonomically standardized U-healthcare integrated device that is helpful in rural areas. |
