Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  describe a procedure (called the TEP procedure) that, given a multi-output circuit M, builds another multi-output circuit M* that is toggle equivalent to M. The TEP procedure can be used in the following two scenarios. First, since for single- output circuits toggle equivalence means functional equivalence, the TEP procedure can be used in "regular" logic synthesis. Second, the TEP procedure enables a porful synthesis method called LS_TE (Logic Synthesis preserving Toggle Equivalence). Given a circuit N and its partitioning into subcircuits N i  LS_TE builds an optimized circuit N* by replacing subcircuits N i  with their toggle equivalent counterparts N i . The replacement of N i  with N* i  is done by the TEP procedure.  give results of optimizing single-output circuits by the TEP procedure and some preliminary results of using the TEP procedure in LS_TE. These results show the promise of the TEP procedure and LS_TE.
['Eugene Goldberg', 'Kanupriya Gulati', 'Sunil P. Khatri']
I am writing a research paper on a idea Toggle Equivalence Preserving (TEP) Logic Optimization
[{"from": "human", "value": "I am writing a research paper on a idea Toggle Equivalence Preserving (TEP) Logic Optimization"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  describe a procedure (called the TEP procedure) that, given a multi-output circuit M, builds another multi-output circuit M* that is toggle equivalent to M. The TEP procedure can be used in the following two scenarios. First, since for single- output circuits toggle equivalence means functional equivalence, the TEP procedure can be used in \"regular\" logic synthesis. Second, the TEP procedure enables a porful synthesis method called LS_TE (Logic Synthesis preserving Toggle Equivalence). Given a circuit N and its partitioning into subcircuits N i  LS_TE builds an optimized circuit N* by replacing subcircuits N i  with their toggle equivalent counterparts N i . The replacement of N i  with N* i  is done by the TEP procedure.  give results of optimizing single-output circuits by the TEP procedure and some preliminary results of using the TEP procedure in LS_TE. These results show the promise of the TEP procedure and LS_TE."}]