A Dynamic Multi domain Anti interference Method for IoT Communication Data Based on SDM Algorithm
To address the issue of existing methods being unable to quickly enter a multi domain anti-interference state and the fluctuation of anti-interference state,a dynamic multi domain anti-interference method for IoT communication data based on SDM al-gorithm is designed.This study first conducts feature localization of IoT communication data,and then constructs a dynamic multi do-main anti-interference decision-making model for IoT communication data based on rough set theory to obtain reduced dynamic multi domain anti-interference decision-making rules.Finally,based on the Harris Eagle optimization algorithm,the path optimization of the obtained dynamic multi domain anti-interference decision-making is implemented to obtain the best decision path and achieve the best dynamic multi domain anti-interference effect.The test results show that the application of this method can achieve multi domain anti-interference in 5 seconds,and its state is relatively stable,superior to the comparison method,and has greater application value.
SDM algorithminternet of Things communication dataharris eagle optimization algorithmdynamic multi domain anti-interference