非毁伤性攻击下网络多点能耗预测系统设计

The system design of network attack damage prediction of non point energy consumption

摘要:

为解决传统网络能好预测系统存在的预测效率低、准确性差、能耗高的问题，提出非毁坏性攻击下网络多点能耗预测系统设计。通过分析网络多点能耗预测系统的优化策略，设计能耗数据采集电路，完成硬件系统硬件部分的改进；采用NetFlow技术对网络能耗态势预测指标进行提取，依据指标对网络节点权重进行评估，通过网络多点能耗态势预测的实现，优化系统软件部分，完成非毁坏性攻击下网络多点能耗预测系统的设计。实验结果表明，所设计的系统能耗预测效率高，预测准确性高，预测能耗低。

Abstract:

In order to solve the problems of low prediction efficiency, poor accuracy and high energy consumption in the traditional network, the design of multi-point energy consumption forecasting system under non destructive attack is proposed. Through the analysis and prediction of the optimization strategy of the system network more energy consumption, energy consumption data acquisition circuit design, complete hardware improvement of system hardware; on the energy consumption of the network situation prediction index was extracted by NetFlow technology, according to the index of network node weight evaluation, through the implementation of network prediction more energy consumption situation, system optimization, complete non destructive attack prediction system design under the multi energy network. The experimental results show that the energy consumption of the system design of the high prediction efficiency, high prediction accuracy and low energy consumption forecast.