The algorithm determines a suboptimal solution subject to singular constraints.
The algorithm determines the order of the posts in your News Feed, and hard news stories that the algorithm relegates to the bottom are read far less frequently.
Given a particle position and the cell containing that position, the algorithm determines the cell which contains a nearby position.
The algorithm determines and graphs the interrelationship between the errors in each method and the slope of the line of best fit, assuming Gaussian statistics.
If this graph partition is validated, the algorithm determines that there is a significant change on the perceived scenario, assuming that a transition area has been traversed.
The algorithm determines the vocal inflections and patterns that precede laughter and then reacts to the voices of the participants from the general public who "perform" to the room.
After automated part tessellation and the detection of outer part surfaces, the algorithm determines candidate build orientations through a ray-tracing and convex hull method.
The algorithm determines in parallel frequent items, i.e., those whose frequency is greater than a given threshold, and is therefore useful for iceberg queries and many other different contexts.
First, the algorithm determines the type of each 3-D candidate conic edge based on its projections in three orthographic views, and then generates that candidate edge using the conjugate diameter method.
The algorithm determines if a radial or a perceptron unit is required at a given region of input space, by using the local likelihood of the model under each unit type.
The algorithm determines the configuration that minimizes the Non-Delivered Power not only in case of the failure of a single branch (line, transformer) but also in case of a complete failure of a high voltage to medium voltage substation.
