gyroscopes. Figure 20 Fall flowchart – As mentioned before, the system will require the C programming language to program the various devices such as microcontrollers, the transceivers, the accelerometers, etc. The device that will require the majority of coding is the main component on the waist. The waist component will send out signals and also receive signals from the remaining devices of the system. This part of the system will be dealing with several functions concerning the thigh, chest, and hand components. The tables below show a list of each component of the system, the functions that correspond with that component, and the descriptions of those functions. Wireless input The following table consists of the Chest function, which gathers – data from the chest device and brings it into the main function. The main function consists of all the functions together. Chest Component Functions Description Thigh_linear_acc The measurements – Chest(Chest_linear_acc, of linear acceleration Chest_angular_acc) Thigh_angular_acc The measurements – of angular acceleration Table 8 Chest component functions and descriptions – Wireless input The following table consists of the Thigh function, which gathers – data from the thigh device and brings it into the main function. The main function consists of all the functions together. Thigh Component Functions Description Thigh_linear_acc measurements of –The Thigh(Thigh_linear_acc, linear acceleration Thigh_angular_acc) Thigh_angular_acc measurements –The of angular acceleration Table 9 Thigh component functions and descriptions – Wireless input The following table consists of the Oximeter function, which – gathers data from the oximeter and brings it into the main function. The main function consists of all the functions together. Oximeter Functions Description Pulse is the heart rate –
gyroscopes. Figure 20 – Fall flowchart As mentioned before, the system will require the C programming language to program the various devices such as microcontrollers, the transceivers, the accelerometers, etc. The device that will require the majority of coding is the main component on the waist. The waist component will send out signals and also receive signals from the remaining devices of the system. This part of the system will be dealing with several functions concerning the thigh, chest, and hand components. The tables below show a list of each component of the system, the functions that correspond with that component, and the descriptions of those functions. Wireless input – The following table consists of the Chest function, which gathers data from the chest device and brings it into the main function. The main function consists of all the functions together. Chest Component Functions Description Chest(Chest_linear_acc, Chest_angular_acc) Thigh_linear_acc – The measurements of linear acceleration Thigh_angular_acc – The measurements of angular acceleration Table 8 – Chest component functions and descriptions Wireless input – The following table consists of the Thigh function, which gathers data from the thigh device and brings it into the main function. The main function consists of all the functions together. Thigh Component Functions Description Thigh(Thigh_linear_acc, Thigh_angular_acc) Thigh_linear_acc –The measurements of linear acceleration Thigh_angular_acc –The measurements of angular acceleration Table 9 – Thigh component functions and descriptions Wireless input – The following table consists of the Oximeter function, which gathers data from the oximeter and brings it into the main function. The main function consists of all the functions together. Oximeter Functions Description Pulse – is the heart rate
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