Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Enumeration of bounded size cuts is an important step in several logic synthesis algorithms such as technology mapping and re-writing. The standard algorithm does not scale beyond 6 or 7 inputs because it enumerates all cuts and there are too many of them.  address the enumeration problem by introducing the notion of  cut factorization . In cut factorization, one enumerates  global  and  local  cuts (collectively called the  factor  cuts) of the network, and uses these to generate other cuts. Depending on how global and local cuts are defined, one obtains different factorization schemes. In the first scheme, complete factorization, it is possible to generate any cut from factor cuts. Hover, complete factorization is expensive though less expensive than exhaustive enumeration. In the second scheme, partial factorization, there is no guarantee of generating all cuts from factor cuts. Hover, it is much faster, and produces good results.   also present two applications of factor cuts: LUT mapping and macrocell mapping. In LUT mapping,  find that considering only factor cuts guarantees depth optimality for most nodes in the network. For the remaining nodes, other cuts need to be generated from factor cuts and examined. In macrocell mapping,  focus on a particular 9-input macrocell, and use factor cuts as a heuristic method to improve depth by reducing structural bias. Factor cuts are used to map the macrocell as a whole whenever possible instead of mapping its parts separately. In this context factor cuts enable a new quality-run-time tradeoff beten mapping parts of the macrocell separately (poor quality), and mapping using all 9-input cuts (long run-time).
['Satrajit Chatterjee', 'Alan Mishchenko', 'Robert K. Brayton']
I am writing a research paper on a idea Factor cuts
[{"from": "human", "value": "I am writing a research paper on a idea Factor cuts"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Enumeration of bounded size cuts is an important step in several logic synthesis algorithms such as technology mapping and re-writing. The standard algorithm does not scale beyond 6 or 7 inputs because it enumerates all cuts and there are too many of them.  address the enumeration problem by introducing the notion of  cut factorization . In cut factorization, one enumerates  global  and  local  cuts (collectively called the  factor  cuts) of the network, and uses these to generate other cuts. Depending on how global and local cuts are defined, one obtains different factorization schemes. In the first scheme, complete factorization, it is possible to generate any cut from factor cuts. Hover, complete factorization is expensive though less expensive than exhaustive enumeration. In the second scheme, partial factorization, there is no guarantee of generating all cuts from factor cuts. Hover, it is much faster, and produces good results.   also present two applications of factor cuts: LUT mapping and macrocell mapping. In LUT mapping,  find that considering only factor cuts guarantees depth optimality for most nodes in the network. For the remaining nodes, other cuts need to be generated from factor cuts and examined. In macrocell mapping,  focus on a particular 9-input macrocell, and use factor cuts as a heuristic method to improve depth by reducing structural bias. Factor cuts are used to map the macrocell as a whole whenever possible instead of mapping its parts separately. In this context factor cuts enable a new quality-run-time tradeoff beten mapping parts of the macrocell separately (poor quality), and mapping using all 9-input cuts (long run-time)."}]