Sentence examples for broad classes of algorithms from inspiring English sources
We discuss two broad classes of algorithms: those for dense, and those for sparse matrices.
In practice, there is a broad class of algorithms, stochastic iterative algorithms, that often determine the performance of machine learning systems.
In this paper we consider memory organization of linear systolic array with bi-directional links (called BLSA) suitable for implementation of broad class of algorithms.
Subfigure a is based on [26] The third goal of the Bayesian description is to provide an intuitive graphical illustration that allows to easily overview a broad class of algorithms and to immediately identify their similarities and differences in terms of the underlying statistical assumptions.
Our algorithm belongs to a broad class of algorithms called branch-and-bound methods, where an exhaustive decision tree of potentially exponential size (all combinations of variable values) is explored.
We categorize two broad classes of distributed rate calculation algorithms in the literature using live algorithms as illustrations.
Evolutionary algorithms (EAs) refer to a broad class of optimization algorithms, which take some inspiration from evolutionary systems in the natural world.
More specifically, we consider a broad class of optimization algorithms that sample a set of feasible system designs in each iteration, conduct simulations at the sampled designs in an effort to estimate the performance of these designs, and then use the simulation results to decide on what designs should be sampled in the next iteration and on the current estimate of the optimal system design.
These are a broad class of computational algorithms that rely on repeated random sampling to obtain numerical results; typically one runs simulations/measures many times over in order to obtain the distribution of an unknown probabilistic entity [33, 43, 45].
We investigate and evaluate representatives of three broad classes of scheduling methods: heuristics, evolutionary algorithms and constraint programming.
