The number of copies of pattern 1 can achieve the maximum throughput in a high or middle E s /N 0 area from our theoretical formulae.
The "leave-one-out" validation method revealed that our statistical pattern classification can achieve up to 99% prediction accuracy (see Table S1).
The nanostructures we have generated suggest that the simple, top-down patterning technique can achieve sub-40-nm features.
A method is presented offering space/fast-time monopulse processing with distortionless spatial array patterns that can achieve improved angle estimation over spatially adaptive monopulse.
When applied to regions of interest, pattern recognition approaches can achieve relatively greater sensitivity than univariate analysis as they are able to detect subtle, spatially distributed patterns.
Digital speckle pattern interferometry (DSPI) can achieve whole-field, non-contacting measurements of microscopic deformation for high-resolution determination of 3D strain distributions.
Based on the deformation-triggered new pattern, periodic cellular structures can achieve special mechanical properties.
It should be noted that the selected data patterns of TS signals can achieve higher CIR estimation accuracy even when these TS signals are added at the start of random information data symbols.
From this fact, it is possible to prepare the required number of TS data patterns in advance which can achieve higher CIR estimation accuracy by using the computer simulation results.
We find that all 3-node networks that can achieve Turing pattern can be mapped to either pure or cross activator-inhibitor mechanisms, and the pure activator-inhibitor system is more robust for Turing pattern formation than the other one.
