TITLE:
Autonomous and Mobile Prototype of Curvature Sensor with Remote Reliable Communication of Spectral Curvature
AUTHORS:
Francisco Bulnes, Isaías Martínez, Rocio Cayetano, Omar Zamudio, Cuauhtémoc Gutierrez, Isaí Martínez
KEYWORDS:
Censorship, Curvature Energy, Curvature Sensing, Curvature Sensor, Curvature Spectra, Mobile Curvature Sensor, Reliable Data Transmission/Reception
JOURNAL NAME:
Journal of Sensor Technology,
Vol.6 No.4,
December
30,
2016
ABSTRACT: Through the creation and construction of a curvature sensor of accelerometer type,
using the spectral curvature concept or curvature energy that measures curvature in
Volts/m3, an autonomous and mobile censorship of curvature sensing with reliable
data transmission/reception in real time and remote position is designed and constructed
considering the spectra of curvature of the measured curvature energy during
the advance of the prototype as the normed measure by with β ,
a constant rationalized parameter according with the required advance of the mobile
device in the control scale of their velocity. Likewise, the sensed curvature data are
digitalized through wireless interconnectivity using a HC-05 Module with a programmable
device that includes logic blocks whose interconnection and functionality
can be configured according to the sensor measure in situs. Also an application is
planted to the obtaining of an energy plus due to the curvature that could be used in
the displacement of a vehicle.