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Plus TC's tree data.
The implementation uses a dynamic tree data structure.
The cells are organized with the tree data structure and the numerical algorithm for the tree data structure is described.
Individual tree data is also available for seven English and Scottish sites.
The tree data structures examined are the balanced binary tree and the Barnes–Hut (BH) tree.
We present a performance comparison of tree data structures for N-body simulation.
Tregex and Tsurgeon: tools for querying and manipulating tree data structures.
To assist in this planning a tree data base and modeling system has been assembled.
A tree data structure that is inherent to this grid is introduced; this tree data structure exploits the property of the spherical geodesic grid, allowing for rapid searching of departure points which is essential to the Lagrange Galerkin method.
To find particles that are 'close' to each other, we use a k-d tree data structure.
We consider treecodes (N-body programs which use a tree data structure) from the standpoint of their worst-case behavior.
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