重载配线光缆纤芯合路可用性仿真分析OA

In order to determine the optimal fiber core allocation scheme and ensure the efficient utilization of optical cable resources,a simulation analysis of the availability of fiber core routing for heavy-duty distribution optical cables is carried out.Firstly,the working mechanism of optical cable core routing is analyzed,taking into account comprehensive factors such as environmental and mechanical properties.Evaluation indicators are selected from four aspects:fatigue degree,aging degree,transmission performance,and corrosion re-sistance.Then,combined with the entropy method,a matrix of indicator proportions is constructed,and objective weights are calculated based on the coefficient of indicator differences.Finally,the weighted evaluation method is used to calculate the usability score,and the evaluation grade is constructed based on the evaluation results to achieve usability analysis and evaluation.The experimental results in-dicate that the evaluation fitting gain value is high and has an ideal analytical effect.