Research Article
Multimedia Vocal Performance Automation Evaluation Model Based on RBF Network
Table 4
Automated evaluation process of vocal music singing.
| Algorithm steps | The selection of RBF center | The generalization of the network |
| 1 | This is mainly divided into it: | if(temp ≥ arr[i])break; | 2 | The significance test of : | arr(k) = arr[i]; | 3 | The regression equation : | for(int i = 2∗k; i ≤ len; i ∗ = 2) | 4 | The significance of : | for(int i = low; i ≤ high; i++) | 5 | The uniform experimental design: | arr(k) = temp; | 6 | Method mainly includes the following steps: | while(i ≤ mid) | 7 | We select the test factors : | if((i < len)&&(arr[i]<arr[i+1])) | 8 | We determine the factors : | for(int i = 0; i ≤ len; i++) | 9 | For uniform design table: | void bigsort(int ∗ arr, int len) | 10 | Secondly, we select the appropriate: | int temp = arr[0]; | 11 | The validity of the model: | arr[0] = arr[len-i]; | 12 | By using : | arr[len-i] = temp; | 13 | Significance test and other indicators: | adjustdownmy(arr,0,len-i-1); |
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