An Efficient Control Method for Optical Network Construction Based on Linear Correlation Analysis

Abstract

The invention discloses an efficient control method for realizing optical network construction on the basis of linear correlation analysis, and belongs to the technical field of communications. According to the method, multi-dimensional optimized decomposition is carried out on optical access network hotspots by adopting linear correlation of feature vectors, and the most suitable construction models are matched to satisfy the construction demands of the hotspots. According to the method, linear matching of the optical access network hotspots and the construction optimized models is newly provided, an approximation set is found, a Bayesian network is constructed to carry out decision judgement, and the optimum construction models are selected to realize the efficient construction of the hotspots.

Description

technical field

[0001] The invention belongs to the technical field of communication, and in particular relates to a control method for optical network construction. Background technique

[0002] With the continuous development of the information society, people's demand for information services is increasing day by day. The recent rapid growth of data services such as P2P, online video and mobile Internet has caused "bandwidth hunger". However, the planning and construction of smart cities and the Internet of Things pose greater challenges to communication bandwidth. The use of traditional photoelectric hybrid networks can no longer meet the needs of multimedia and large-bandwidth services. The development of all-optical networks is imperative, and optical network transformation can no longer be limited to The traditional construction mode, that is, to determine the construction method or type of hotspots at the aggregation or access level based on a single or fixed combina...

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