An Embedded Software Energy Consumption Testing Method Based on Improved Neural Network
A technology of embedded software and testing methods, applied in the field of embedded software energy consumption testing, can solve problems such as the inability to accurately analyze software energy consumption, and achieve the effects of energy consumption optimization and code reuse rate improvement
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Embodiment 1
[0027] Embodiment 1: as Figure 1-5 As shown, an embedded software energy consumption test method based on the improved neural network, firstly analyzes the introduced embedded software to obtain the node relationship graph; then according to the node relationship graph, analyzes the clustering relationship, out-degree, in- According to the clustering relationship of each node, the average value of the clustering relationship is obtained; then the clustering relationship, out-degree, in-degree value of the input node, and the average value of the clustering relationship obtained by the clustering relationship of each input node are substituted into the improved The neural network model of each output node; then calculate the error of the output value of each node according to the output value of each output node and the set training target value of each output node; finally, in the Linux system, the number of optimized nodes corresponds to The embedded software uses the power ...
Embodiment 2
[0042] Embodiment 2: as Figure 1-5 As shown, an embedded software energy consumption test method based on the improved neural network, firstly analyzes the introduced embedded software to obtain the node relationship graph; then according to the node relationship graph, analyzes the clustering relationship, out-degree, in- According to the clustering relationship of each node, the average value of the clustering relationship is obtained; then the clustering relationship, out-degree, in-degree value of the input node, and the average value of the clustering relationship obtained by the clustering relationship of each input node are substituted into the improved The neural network model of each output node; then calculate the error of the output value of each node according to the output value of each output node and the set training target value of each output node; finally, in the Linux system, the number of optimized nodes corresponds to The embedded software uses the power ...
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