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The optimal merging algorithm presented in this work achieves asymptotically optimal parallel efficiency compared to any optimal sequential merging algorithm.
This work achieves the reduction of energy consumption but does not take into account QoS issue of MTC such as the delay requirements.
This work achieves the detection of HSO3− and Al3+ by only one probe and provides another example for this rare combination (anion/metal).
The proposed algorithms, considered as the main contributions in this work, achieves noise-free estimations for the faults and state, in order to compute the fault indicator and control law, respectively.
The resolution of the measurements carried out in this work achieves a new level of detail and reveals significant features of the residual stress pattern in multi-bead welding.
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This work achieved higher plasmid yields of 81.77 μg pDNA/mL, when compared with other results for similar assays which reached about 40 μg pDNA/mL.
Tools presented in this work achieve a connection between the theoretical explanations and the laboratory practices using augmented reality as a nexus.
This work achieved an accuracy of 92 % in predicting whether a student achieved a distinction or normal certificate and achieved 80%% accuracy in predicting whether someone achieved a normal certificate or did not complete (Jiang et al. 2014).
This work achieved highly reliable and precise control of the pinholes over Al2O3 shells, offering sensitive SERS substrates with intensified thermal stability and superior SERS performances at extreme sensing conditions.
The catalytic membrane reactor optimized in this work achieved a hydrogen production rate more than five times higher than that of existing systems based on the same reactor volume.
As a result, this work achieved above 98% accuracy using ConvNets in the detection of broadleaf and grass weeds in relation to soil and soybean, with an accuracy average between all images above 99%.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com