Moreover, the 16 × 16 multi-cell arrays tactile sensor with 2 mm electrode pads spatial-resolution activated in 32 mm × 32 mm × 0.6 mm is performed to show the high resolution performance as well as multiple touches on independent cells.
The 200kV FEI Tecnai F20 X-Twin with a Schottky field emitter is designed to produce high resolution performance.
We present a chip-level integrated optical spectrometer and demonstrate its high resolution performance by using finite-difference time-domain (FDTD) simulations.
In general, these applications do not require high resolution performance, but it is necessary to assure high system reliability also within critical scenarios, as in the case of partially transparent atmosphere or environment in presence of multiple objects (implying multiple echoes having different delay times).
Lower G, higher S, and lower M values are favorable for high resolution performance.
Furthermore, spatially organized neural growth will likely be critical for the high resolution performance of any future device that interfaces with the nervous system.
On the other hand, although the classic matching pursuit methods have high-resolution performance, the requirements to computing resources are considerable, especially for OMP algorithm.
The authors' opinion is that, however, such detailed analysis is better suited in a later stage of a project, allowing detail optimization and creation of high-resolution performance validation points.
Due to its strong anti-interference ability, high-resolution performance, and good target recognition capabilities, the UWB radar has emerged as one of the most optimal choices for through-wall human detection.
Due to the strong anti-interference ability, high-resolution performance, and good target recognition capabilities, the ultra-wideband (UWB) radar has emerged as one of the most optimal choices for through-wall human detection which can emit very short duration pulses to penetrate walls, bulkhead, and other obstacles.
