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Interpolation-based incremental ECO synthesis for multi-error logic rectification

机译:基于插值的增量ECO综合,用于多错误逻辑校正

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To cope with last-minute design bugs and specification changes, engineering change order (ECO) is usually performed toward the end of the design process. This paper proposes an automatic ECO synthesis algorithm by interpolation. In particular, we tackle the problem by a series of partial rectifications. At each step, partial rectification can reduce the functional difference between an old implementation and a new specification. Our algorithm is especially effective for multiple error circuits. Experimental results show the proposed method is far superior to the most recent work and scales well on a set of large circuits.
机译:为了应对最新的设计错误和规格变更,通常在设计过程快要结束时执行工程变更单(ECO)。提出了一种基于插值的自动ECO综合算法。特别是,我们通过一系列的部分纠正措施来解决该问题。在每个步骤中,部分纠正都可以减少旧实现和新规范之间的功能差异。我们的算法对于多重错误电路特别有效。实验结果表明,所提出的方法远远优于最新的方法,并且可以在一组大型电路上很好地扩展。

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