Sentence examples for diverse sensor from inspiring English sources

The design of such networks is a challenging problem because of the complexity of the environment, self-occlusion and mutual occlusion of moving objects, diverse sensor properties, and a myriad of performance metrics for different applications.

Conformal arrays possess certain desirable characteristics for deployment on unmanned aerial vehicles and other payload-limited platforms: aerodynamic design, minimal payload weight, increased field of view without the need for cumbersome mechanical couplings and rotary joints, and ease of integration with diverse sensor functions.

While there have been significant advances in chemically diverse sensor arrays that mimic the mammalian olfactory system under well-defined conditions, relatively little work has been done to understand the temporal response of these systems and to develop neural architectures that will enable machines to become chemically aware of their surroundings.

In addition, it tries to maintain the historical order as it is possible and it compares the diverse sensor designs in order to reveal not only the development of this field in time, but to contrast the advantages and disadvantages of the different approaches and sensor families, as well.

For example, the abilities to prepare diverse sensor materials by the modification of carbon nanotubes were reviewed [11].

The prospective benefits of employing multiple diverse sensors outweigh the potential limitations.

Because printers can deposit materials on different substrates, this technology could be used to make high-performance flexible electronic devices, tiny sensors festooned with dense arrays of diverse sensors, or 3-D objects with computing functions woven in, says Janos Veres, who manages PARC's printed-electronics team.

The inner part of the instrument with control electronics and diverse sensors (temperature and flue gas concentration measurements) requires sufficient thermal protection against the high temperature environment of the combustion process with a surrounding temperature higher than 1200 °C.

The greatest challenge in the implementation of environmental sensing networks is converting a large variety of data streams from diverse sensors, often in proprietary protocols, to international standards such as Extensible Markup Language (XML) with Open Geospatial Consortium (OGC) XML tagging and web service standards.

How is it that, given our diverse sensors that are moving at any moment, we get to the idea that there is a more or less permanent world around us that contains objects and living beings and that is endowed with spatial and temporal properties?

The proposed structure takes into account that the system may contain several robots of different types, a certain number of cooperating devices, diverse sensors and also the fact that the task, the system has to execute, and the number and type of its components may vary considerably over time.