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An Open Model of Green Innovation System in Manufacturing Industry Based on Viterbi Algorithms

Green innovation is an important support and guarantee for building a green industry and boosting the development of a green economy. However, at present, China's green development is still in its infancy. Green innovation capability is still weak, and green innovation performance is not optimistic. How to promote green transformation and the improvement of green innovation performance has become an urgent task at present. This article is based on the Viterbi algorithm, intelligent computing to find the shortest and most effective green innovation path for enterprises to provide the best development strategy development plan for the period of green innovation. Related Methods for real-time perception of resource changes and dynamic adjustment of the topology structure of the underlying nodes were made and Hidden Markov model was used to describe the available network node topology information satisfying resource constraints. Viterbi algorithm was also used to select the shortest delay service path among the candidate nodes. Experiments show that compared with other virtual network function deployment methods, this method reduces the service processing time of service chain, and improves the request acceptance rate of service chain and the cost efficiency of underlying resources.