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In this paper the implementation of a virtual sensor is presented, using an artificial neural network (ANN) in an FPGA system, which will serve to estimate the speed of a DC motor. The acquisition and processing of signals RNA training and detailed architecture implemented in the FPGA is shown. Finally the behavior of the virtual sensor is analyzed in normal and abnormal operating conditions.
The full squat technique is evaluated through a pattern graphic and by comparing the same exercise in three different styles, looking for similarities for the described path by the bar and comparing the minimum dots of close of the angle formed by the hip and the angle of the knee. The person who best develops the exercise is determined because of their similarity to the pattern graphic.
This paper is a review of a project that was done to get the balance of a hexapod robot. This robot was programmed with the help of the device NI myRIO-1900 embedded hardware. The robot was developed to be adapted to any type of surface, considering the angle at the device is located. To know the angle of inclination of the robot, it was necessary to use the accelerometer that the device NI myRIO-1900...
This paper shows the analysis of the angles in the hip, knee and ankle. In a complete cycle of pedaling, are obtained the superior values, following a protocol totally specified in the document. Through the use of an acquisition software, named Kinovea®. The data of each one of the angles are set; in this manner the data information can be exported to Matlab®. In Matlab® Software the analysis of the...
In this article, an analysis was conducted concerning how the angles of the hip and knee were affected when the test subject walked carrying a backpack weighing 0%, 10%, 15% and 20% of their respective body weight. The study was conducted with ten people of both male and female gender. To obtain significant results, a correlation technique was used to compare the angles obtained during the walk due...
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