Area efficient binary tree layout

S. Bhattacharya, W. Tsai
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引用次数: 3

Abstract

H-Tree layout for binary trees can utilize only 50% of the available nodes. Improved binary tree layout techniques have been developed only after relaxing the rectangular grid model assumptions. The authors propose an area-efficient VLSI layout strategy for full binary trees without relaxing the rectangular grid model assumptions. For a height-5 full binary tree they developed a (5*8) layout pattern on an ad hoc basis. This tile is more area efficient than an equivalent H-Tree layout of a height-5 full binary tree. Using this tile, higher level trees are built in a way identical to H-Tree. The area efficiency remains for any level of tree construction. The proposed layout has an improved aspect ratio compared with H-Tree and features a reduced length of the longest link.<>
面积高效二叉树布局
二叉树的H-Tree布局只能利用50%的可用节点。改进的二叉树布局技术是在放宽矩形网格模型假设后发展起来的。作者在不放松矩形网格模型假设的情况下,提出了一种面积有效的全二叉树VLSI布局策略。对于高度为5的全二叉树,他们在临时基础上开发了一个(5*8)布局模式。与高度为5的全二叉树的等效H-Tree布局相比,这个贴图的面积效率更高。使用这个贴图,就可以以与H-Tree相同的方式构建更高级别的树。面积效率保持在任何水平的树木建设。与H-Tree相比,该布局具有改进的纵横比,并且缩短了最长链接的长度
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