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Process for solving assignment problems in integrated circuit designs with unimodal object penalty functions and linearly ordered set of boxes

机译:具有单峰对象罚函数和线性有序盒组的集成电路设计中求解分配问题的过程

摘要

A linear assignment problem for an ordered system containing a plurality of boxes each containing an object having an associated penalty function is solved. A hierarchy contains a bottom level containing at least as many generalized boxes as there are boxes in the assignment problem, and top and intermediate levels. The objects of the assignment problem are placed in the generalized box of the top level. A first local task is executed to transition the contents of a generalized box of a higher level to at least two generalized boxes of the next lower level. A second local task is executed on the generalized boxes of the lower level to minimize a global penalty function. The first and second tasks are executed through successive iterations until all of the objects are placed in the generalized boxes in the bottom level in a layout having minimal penalty function.
机译:解决了针对包含多个盒子的有序系统的线性分配问题,每个盒子包含一个具有关联惩罚函数的对象。层次结构包含一个底层,该底层至少包含与分配问题中的框数量一样多的通用框,以及顶层和中级。分配问题的对象放在顶层的通用框中。执行第一本地任务以将较高级别的广义框的内容转换为下一个较低级别的至少两个广义框。在较低级别的通用框上执行第二个局部任务,以最小化全局惩罚函数。通过连续的迭代执行第一和第二任务,直到将所有对象放置在具有最小惩罚功能的布局中最底层的通用框中。

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