Sentence examples for path ordering from inspiring English sources

We outline an effective search algorithm for k-d trees that combines an optimal depth-first branch and bound (DFBB) strategy with a unique method for path ordering and pruning.

In this paper we outline an effective search algorithm for k-d trees that combines an optimal depth-first branch and bound (DFBB) strategy with a unique method for path ordering and pruning.

We also simulate prioritization of important traffic flows by implementing priority in one or more of the path caching, path ordering, and actual route selection phases of the constraint-based routing framework.

interp_t -= interp_t + 2. path, ordered by number of stimulated spines.

Indeed, consider the junction tree defined by n variable clusters C i = { r i, h j, o i j | j ∈ Po (i ) } connected into a path ordered by i.

D efinition 3 Let T be a junction tree for P defined by clusters C j = { r i, h j, o i j | min ⁡ Po (i ) ≤ j ≤ max ⁡ Po (i ) } for j = 1, …, m connected into a path ordered by j, with C m serving as the root.

Let T be a junction tree for P defined by clusters C j = { r i, h j, o i j | min ⁡ Po (i ) ≤ j ≤ max ⁡ Po (i ) } for j = 1, …, m connected into a path ordered by j, with C m serving as the root.

A structural path rank ordering process under transient excitations requires a good knowledge of the interfacial path forces, which are difficult to directly measure.

Molecular connectivity indices consist of 44 descriptor values that reflect simple molecular connectivity and valence connectivity for different path orders, cycle, or cluster size.

On the other hand, carbon nanotubes [CNTs] are known for having long mean free path (order of several microns), extremely high current densities (> 109 atcm25°C 25°C), and high aspect ratio.

This paper analytically examines two vibration paths rank ordering methods and critically investigates several path identification issues.