Sentence examples for between sensor and object from inspiring English sources

The analysis reveals that both approaches yield a decrease in precision and accuracy with increasing range between sensor and object.

The results show that the improved mechanical structure can avoid the motion vibration of the mobile robot and curve fitting method can decrease the computational error especially for the case that the distance between sensor and object is much larger.

Magnets with the same polarization are separated by a small gap d S whereas magnets with opposite polarization are separated by a gap d B. The sensor is placed on a lift which moves the sensitive volume constituted of a thin slice at a well-defined position through the object by varying the distance between the sensor and the object see Fig. 1d.

The potential is constructed using a layer of equivalent magnetic sources placed between the sensor and the object; is a typical location on the layer.

(The method originally used the vector potential as well and has since been dubbed "HAP" [23].) To construct the potential from the field, one distributes elementary sources on an auxiliary planar layer located between the sensor and the object and finds the sources' amplitudes by fitting measured data.

Therefore, we propose an optimized deployment strategy of sensors through a method to classify signal points within overlapped area between sensors and a method to place sensors for tracing of the moving object.

Also the detection work itself requires no physical contact between sensors and subjects.

Yet this boom is also spilling over into other areas of wireless communications, used for linking machines, sensors and objects.

The location information of identification sensors and objects is utilized to resolve the association problems with the object dynamics.

The proposed approach utilizes the object dynamics of entering and leaving the coverage of identification sensors, where the location information of identification sensors and objects is available.

Many types of sensors provide measurements that are function of the relative distance between the sensor and the sensed object (e.g., acoustic sensors, sonar, etc).