Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: For improving the circuit yield, a variety of works based on Dual-Modular Redundancy (DMR) have been studied. Recently, a novel circuit model, Partially Programmable Circuit (PPC), which is made through inserting some Look-Up Tables (LUTs) in conventional logic circuits, has been also proposed. Hover, they have in common in that they suffer from large area overhead, especially when not all but some faults are specified to be bypassed. Focusing on the fact that an identical copy of parts of the original circuits in DMR and the full programmability of LUTs in PPCs both contain too much functionality for bypassing specified faults, in this paper,  propose three methods to efficiently reduce the functionality of sub-circuits. They can be classified into two approaches, the first one is to reduce the programmability of LUTs in PPCs, and the second one is to apply different ASIC-based sub-circuits, each of which is to bypass a single fault. For the second approach,  propose a novel framework, called Multiple Functional Redundancy (MFR) and its compression method. Experimental results demonstrated that our proposed methods overcome traditional DMR and the original PPC in area overhead while achieving the same yield improvement.
['Shunichi Sanae', 'Yuko Hara Azumi', 'Shigeru Yamashita', 'Yasuhiko Nakashima']
I am writing a research paper on a idea Better-Than-DMR Techniques for Yield Improvement
[{"from": "human", "value": "I am writing a research paper on a idea Better-Than-DMR Techniques for Yield Improvement"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: For improving the circuit yield, a variety of works based on Dual-Modular Redundancy (DMR) have been studied. Recently, a novel circuit model, Partially Programmable Circuit (PPC), which is made through inserting some Look-Up Tables (LUTs) in conventional logic circuits, has been also proposed. Hover, they have in common in that they suffer from large area overhead, especially when not all but some faults are specified to be bypassed. Focusing on the fact that an identical copy of parts of the original circuits in DMR and the full programmability of LUTs in PPCs both contain too much functionality for bypassing specified faults, in this paper,  propose three methods to efficiently reduce the functionality of sub-circuits. They can be classified into two approaches, the first one is to reduce the programmability of LUTs in PPCs, and the second one is to apply different ASIC-based sub-circuits, each of which is to bypass a single fault. For the second approach,  propose a novel framework, called Multiple Functional Redundancy (MFR) and its compression method. Experimental results demonstrated that our proposed methods overcome traditional DMR and the original PPC in area overhead while achieving the same yield improvement."}]