Abstract: The computing technologies include a processor in communication with a sensing device and with an imaging device. The sensing device and the imaging device input a set of sensing data and a set of imaging data respectively into the processor such that the processor is able to determine whether a vehicle is present within an operational area. If so, then the processor is able to stitch a set of frames from the set of imaging data for subsequent recordation into a storage device.

Abstract: A method includes identifying, by a processor, a gauge dial pattern in a first file based on a gauge dial template in a second file; identifying, by the processor, a needle pattern in the first file; generating, by the processor, a line pattern that approximates the needle pattern; determining, by the processor, a deflection angle of the needle pattern with respect to the gauge dial pattern based on the line pattern; converting, by the processor, the deflection angle into a reading of the gauge dial pattern based on the gauge dial template; and taking, by the processor, an action based on the reading.

Abstract: The computing technologies include a processor in communication with a sensing device and with an imaging device. The sensing device and the imaging device input a set of sensing data and a set of imaging data respectively into the processor such that the processor is able to determine whether a vehicle is present within an operational area. If so, then the processor is able to stitch a set of frames from the set of imaging data for subsequent recordation into a storage device.

Abstract: A device includes: a board; a camera coupled to the board, wherein the camera is configured to image an undercarriage based on the undercarriage moving over camera; a light source coupled to the board, wherein the light source is configured to illuminate the undercarriage based on the undercarriage moving over the light source.

Abstract: A method includes identifying, by a processor, a gauge dial pattern in a first file based on a gauge dial template in a second file; identifying, by the processor, a needle pattern in the first file; generating, by the processor, a line pattern that approximates the needle pattern; determining, by the processor, a deflection angle of the needle pattern with respect to the gauge dial pattern based on the line pattern; converting, by the processor, the deflection angle into a reading of the gauge dial pattern based on the gauge dial template; and taking, by the processor, an action based on the reading.

Abstract: A device includes: a board; a camera coupled to the board, wherein the camera is configured to image an undercarriage based on the undercarriage moving over camera; a light source coupled to the board, wherein the light source is configured to illuminate the undercarriage based on the undercarriage moving over the light source.

Abstract: A method includes identifying, by a processor, a gauge dial pattern in a first file based on a gauge dial template in a second file; identifying, by the processor, a needle pattern in the first file; generating, by the processor, a line pattern that approximates the needle pattern; determining, by the processor, a deflection angle of the needle pattern with respect to the gauge dial pattern based on the line pattern; converting, by the processor, the deflection angle into a reading of the gauge dial pattern based on the gauge dial template; and taking, by the processor, an action based on the reading.

Abstract: A method includes identifying, by a processor, a gauge dial pattern in a first file based on a gauge dial template in a second file; identifying, by the processor, a needle pattern in the first file; generating, by the processor, a line pattern that approximates the needle pattern; determining, by the processor, a deflection angle of the needle pattern with respect to the gauge dial pattern based on the line pattern; converting, by the processor, the deflection angle into a reading of the gauge dial pattern based on the gauge dial template; and taking, by the processor, an action based on the reading.

Abstract: A method includes identifying, by a processor, a gauge dial pattern in a first file based on a gauge dial template in a second file; identifying, by the processor, a needle pattern in the first file; generating, by the processor, a line pattern that approximates the needle pattern; determining, by the processor, a deflection angle of the needle pattern with respect to the gauge dial pattern based on the line pattern; converting, by the processor, the deflection angle into a reading of the gauge dial pattern based on the gauge dial template; and taking, by the processor, an action based on the reading.

Abstract: A method includes identifying, by a processor, a gauge dial pattern in a first file based on a gauge dial template in a second file; identifying, by the processor, a needle pattern in the first file; generating, by the processor, a line pattern that approximates the needle pattern; determining, by the processor, a deflection angle of the needle pattern with respect to the gauge dial pattern based on the line pattern; converting, by the processor, the deflection angle into a reading of the gauge dial pattern based on the gauge dial template; and taking, by the processor, an action based on the reading.