Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A novel diagnosis scheme is proposed for wafer testing, in which the test access port of each die is utilized to perform comparison tests on its neighbors. A probabilistic diagnosis algorithm is presented, which correctly identifies almost all dies, even when the probability of failure of a die is larger than 0.5. The algorithm is shown to be particularly suitable for constant degree structures, such as rectangular and octagonal grids. The algorithm is designed for wafer scale structures, where the boundary dies do not have a complete regular structure. The algorithm also allows for the fault coverage of the tests to be imperfect. In addition, diagnosis is done locally. Both the test time and the diagnosis time are invariant with respect to the number of dies on the wafer. The algorithm can also tolerate some systematic errors. The dies are tested in parallel with this approach. >
['Kaiyuan Huang', 'Vinod K. Agarwal', 'Laurence E. LaForge', 'H. Thulasiraman']
I am writing a research paper on a idea Wafer testing with pairwise comparisons
[{"from": "human", "value": "I am writing a research paper on a idea Wafer testing with pairwise comparisons"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A novel diagnosis scheme is proposed for wafer testing, in which the test access port of each die is utilized to perform comparison tests on its neighbors. A probabilistic diagnosis algorithm is presented, which correctly identifies almost all dies, even when the probability of failure of a die is larger than 0.5. The algorithm is shown to be particularly suitable for constant degree structures, such as rectangular and octagonal grids. The algorithm is designed for wafer scale structures, where the boundary dies do not have a complete regular structure. The algorithm also allows for the fault coverage of the tests to be imperfect. In addition, diagnosis is done locally. Both the test time and the diagnosis time are invariant with respect to the number of dies on the wafer. The algorithm can also tolerate some systematic errors. The dies are tested in parallel with this approach. >"}]