3. Multi-touch requires computational resources better used on predictive computing efforts, like predictive word typing algorithms.
We compare our results with IMR/DENOM [ 11] to demonstrate the advantages of our approach, namely, improved computational efficiency, better support for tandem duplications, and the ability to handle personal genome assembly in the presence of heterogeneous sequencing samples as well as to estimate the level of that heterogeneity.
Compared with Scheme I, Scheme II not only has better computational efficiency (the computational cost is reduced by half roughly), but also allows the establishment of a formal asymptotic analysis.
In combination with an algorithm from [20], we are able to find the K best synthesis plans for a target without having to compute all plans, resulting in a much better computational efficiency.
We combine mechanical testing, computed tomography (CT), scanning electron microscopy (SEM), and computational modeling to better understand the mechanical structure function relation of the neck joint of the ant species Formica exsectoides (Allegheny mound ant).
We show that our approach has better computational complexity than the centralized case, which traditionally suffers from very high computational demands.
It can reproduce the infection dynamics of pandemic influenza like complex computer simulations while offering at the same time reproducibility, higher computational performance and better operability.
Developments in computational quantum theory, better numerical methods, as well as parallel and distributed computing, have significantly reduced the computational time (from months to days or hours).
For the statistician or computer scientist, there is an additional advantage to the simplification; four discrete groups have better computational properties than a continuous measure.
Consequently, they exhibit much better computational performance.
