This method requires significantly lower amount of magnetic nanoparticles for sludge sedimentation compared to methods based on magnetic nanocomposite.
The RB-ECMS proposed in this paper requires significantly less computation time with the similar result as DP (within ±1% accuracy).
The method proposed in this paper requires significantly less amount of whole blood sample (6 μl) compared with the conventional methods (175 μl) and allows instantaneous diagnosis (3 s) of anemia.
This approach requires significantly less H2O2 (and NaOH) by first solubilizing and removing easily extracted lignin and xylan with alkali.
This anisotropic structure requires significantly fewer coefficients to represent a video after noise shaping.
This system also requires significantly large storage facilities at each user institution, thereby increasing the overall cost.
This paired data design requires significantly fewer subjects to obtain statistically valid results.
Since this stage of the classifier requires significantly fewer observed symbols to make a classification, it is only moderately affected.
This design caches prefixes but requires significantly less expansion of the routing table than conventional prefix caches.
