Computational performance was evaluated by consideration of three factors: computation time, maximum memory usage, and mapped read counts.
To evaluate computational performance of individual aligner, we considered three factors that were computation time, maximum memory usage, and mapped read counts as follows.
We present the design and analysis of a novel analog reconfigurable substrate that enables fast and efficient computation of maximum flow on directed graphs.
In this paper, an algorithm for the computation of maximum heat transport for grooved heat pipes was presented.
In parallel, a set of design charts and analytical relations is established, for approximate computation of maximum pile deflections and bending moments, using a "theory guided" multi-variable statistical analysis of the numerical predictions.
It uses O(n3) time in-place computation of maximum matching in a bipartite graph, where the vertices are given in an array, and the existence of an edge between a pair of vertices can be checked by an oracle on demand (from problem specification) in O(1) time.
Subsequently, mixed modeling has become a major area of statistical research, including work on the computation of maximum likelihood estimates, nonlinear mixed effect models, missing data in mixed effects models, and Bayesian estimation of mixed effects models (West et al. 2007).
For ease of computation, the maximum likelihood estimation objective function is usually expressed as the negative sum of the log of the likelihoods, yielding a single number the maximum likelihood estimation objective function value (OFV).
The computations of maximum color from a conflict graph, minimum color from a nonconflict graph, and maximum color from a nonconflict graph are performed in a similar way.
We can observe that the ratio of the maximum computation time to the minimum computation time is less than 2. The standard deviation of the computation time was measured to be less than 1% of the mean value in all the cases.
