Preliminary results from the first year of the initiative show that nitrogen dioxide emissions recorded by a sensor at St Aldate's did not exceed the hourly target threshold of 200 micrograms per cubic metre at any point in 2014.
Equivalent effects were evident in activity measured by motion sensors (not shown).
This class of samplers, or sensors, operate not necessarily by capturing a sample but by using various optical sensors to analyse particles either suspended in the air, passed in an air-stream past a sensor (e.g WIBS; Table 5), or entrained from air into a liquid that is then passed by a sensor (Day et al., 2002).
The numbers produced by a motion sensor don't necessarily say anything about a runner's pace and distance.
The data generated by an individual sensor may not appear to be significant, but numerous sensors in WSNs can produce a significant portion of the big data in the above military and civilian applications.
The first is the introduction of a switched nonlinear observer in order to deal with the fact that in some driving situations the information provided by the sensor is not sufficient to carry out state estimation (i.e., not all states are observable).
It's true that a larger sensor does not, by itself, create the blur effect.
However, in Fig. 11, it can be observed that during 100 s, the measure taken by the sensor is not stabilized.
In other words, any residual wavefront error reported by the sensor is not the limiting factor for image quality.
Apparently, the limited spectral information provided by the former sensor did not allow the quantitative remote sensing of soils, and thus it could not be used to benefit the future of such endeavors as "precision agriculture".
