In the conventional top-down lithography technology, expensive equipment with predesigned masks and collimated light sources are employed, which involve complex and time-consuming processing steps.
In addition, the use of UAV technology for smaller detailed surveys has shown a powerful capacity to reduce costs and time-consuming processing calculations, gaining in data resolution.
This work shows it is possible to fabricate solution processable low-voltage bottom-contact devices with performance that is similar or better than their top-contact counterparts without the addition of complex and time-consuming processing steps.
In order to avoid time consuming processing of multiple data sets, data reduction is carried out automatically and therefore, once the experiment has been designed, it can be left to run with no further human input.
However, some problems, such as country specific, similar color interference, lighting variation sensitive, time consuming, processing only one kind of LP with same color combination a time and omitting the case of more than one combinations in a LP, should be solved further.
The ideal detection system would integrate sample processing and pathogen characterization into a single automated device that would eliminate laborious, and time consuming sample processing and costly detection.
Main reason for the minimal research on this topic was the limited application because of the requirements for an optimal CT scan and time consuming post-processing.
However, most of the background-modeling approaches are complex and time consuming for real-time processing [2].
These methods usually utilize temporal change information or optical flow-based information to identify the appropriate pixel values in a time series for the background model, which are complex and time consuming for real-time processing.
Cleaning of food fouling deposits in processing equipment is costly and time consuming.
