In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运矢量优化（搜索）内的多任务是通过二叉树最底层叶节点上的多功处理单元和可以拆分子树的加法树来现的。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在任务是通过二叉树最底层叶节点上功处理单元和可以拆分成子树加法树来实。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内的多任务是通过二叉树最节点上的多功处理单元和可成子树的加法树来实现的。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）内的多任务是通过二叉树最底层叶节点上的多功处理单元和可以拆分子树的加法树来现的。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢（搜索）在内的多任务是通过二叉树最底层叶节点上的多功处理单元和可以拆分成子树的加法树来实现的。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内任务是通过二叉树最底层叶节点功处和可以拆分成子树加法树来实现。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内的多任务是通过二叉树最底层叶节点上的多功处理单元和可以拆分成子树的加法树来实现的。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

运动矢量优化（搜索）在内的多任务是通过二叉树最底层叶节点上的多功处理单元和可以拆分成子树的加法树来实现的。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优（）在内的多任务是通过二叉树最底层叶节点的多功处理单元和可拆分成子树的加法树来实现的。