Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The determination of the reliability value for technical systems whose components are subjected to random failure possesses a wide range of applicability, e.g. in data communication networks, computer architectures and electrical por networks. The inherent redundancy structures can be described by reliability block diagrams (RBDs) and by solving those RBDs the reliability of the respective system can be computed. The problem of solving the RBD in order to compute the reliability is ll-known as the terminal pair reliability problem. If it is assumed that system components fail independently, pure combinatorial methods can be applied to determine the required probability. Hover, as soon as there are some dependencies concerning the failure of components  cannot utilize pure combinatorial methods unless  do some suitable modifications which take the dependencies into account. For this purpose  present a hybrid method based on the idea of factoring in combination with series and parallel reductions for systems with dependent component failures. The method is hybrid in the sense that dependent probability terms arisen from our proposed algorithm can be obtained by the help of a stochastic solver. The algorithm comprises clauses for carrying out series and parallel reductions in parallel with factoring. In addition to that  propose how to deal with multiple occurring components.
['Minh Lê', 'Max Walter']
I am writing a research paper on a idea Considering Dependent Components in the Terminal Pair Reliability Problem
[{"from": "human", "value": "I am writing a research paper on a idea Considering Dependent Components in the Terminal Pair Reliability Problem"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The determination of the reliability value for technical systems whose components are subjected to random failure possesses a wide range of applicability, e.g. in data communication networks, computer architectures and electrical por networks. The inherent redundancy structures can be described by reliability block diagrams (RBDs) and by solving those RBDs the reliability of the respective system can be computed. The problem of solving the RBD in order to compute the reliability is ll-known as the terminal pair reliability problem. If it is assumed that system components fail independently, pure combinatorial methods can be applied to determine the required probability. Hover, as soon as there are some dependencies concerning the failure of components  cannot utilize pure combinatorial methods unless  do some suitable modifications which take the dependencies into account. For this purpose  present a hybrid method based on the idea of factoring in combination with series and parallel reductions for systems with dependent component failures. The method is hybrid in the sense that dependent probability terms arisen from our proposed algorithm can be obtained by the help of a stochastic solver. The algorithm comprises clauses for carrying out series and parallel reductions in parallel with factoring. In addition to that  propose how to deal with multiple occurring components."}]