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Thus, one-dimensional (1D) NWs are potential candidates for future sensors.
In the future sensors and sensor systems will take a key role in manufacturing.
The researchers hope to craft future sensors so that they stick around longer in the body, allowing doctors a more long-lasting look into their patients' brains. .
Therefore, our findings can open new perspectives for the utility of future sensors, such as the Hyperspectral Infrared (HyspIRI) sensor.
Results shown here can help study Trichodesmium bloom dynamics (e.g., initiation and bloom formation) and may also help design future sensors to better detect and quantify Trichodesmium, an important N2 fixer in the global oceans.
But, to support building more complex or novel human-centric based systems that have to integrate with existing sensors/devices and possible future sensors, there exists practical issue like accommodating disparate data formats, modality and connectivity interfaces.
Similar(48)
It is expected that this sensitivity can be exploited in future sensor applications using nanomembranes.
The need to incorporate existing and future sensor technologies into a generic system architecture.
In addition, such a model can help to optimize future sensor designs.
The strengths and weaknesses of the different methods are compared, and recommendations are made for future sensor fusion research.
Therefore, the key issue of coverage maintenance for future sensor networks is the scalability to sensor deployment density.
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