The phrase "axis of sensors" is correct and usable in written English.
It can be used in contexts related to technology, engineering, or data collection where multiple sensors are aligned or organized along a central line or point.
Example: "The robot is equipped with an axis of sensors that allows it to navigate its environment effectively."
Alternatives: "line of sensors" or "array of sensors".
One thing that hasn't been talked about yet is the fact that the new remote will be motion sensitive, likely including several axis' worth of sensors that put its control on par with a Nintendo Wii remote.
More importantly, because the PIR sensors are direction sensitive, the side-view deployment PIR sensors could only detect the fall occurs perpendicularly to the FOV of the sensor node efficiently; the fall happen along the axis of the sensor node will not show the same characteristics.
A gyroscope assisted by an accelerometer measures the slope angles in relation to the axis of the sensor system while rotary potentiometers define the finger bending angles.
Feedback data regarding the length and the velocity of the tube are provided also via the encoder connected to the axis of the sensor roll, -adjacent to the tube at the saw entry.
This protocol can averagely divide the time axis of a sensor's receiving nodes into n slots.
Special attention is paid to place the axis of one sensor in the radial direction (its axis points towards the center of rotation O), so that we indeed measure the radial component of F, i.e. F n.
Alpha can be estimated by analyzing the samples of the sub-array that lies on the x-axis and consists of sensors at {(x m,y 1)},m=1,⋯,M.
A technique for high-precision sensitivity axis of the piezoelectric sensor was presented.
Sensitivity of a cantilever-mass based fiber Bragg grating (FBG) accelerometer can efficiently be tailored by altering the distance between the axis of the FBG sensor to the neutral axis of the cantilever.
P-wave velocity was measured along the axis of each sample using piezoelectric sensors excited at a frequency of 700 kHz.
