Prediction of fundraising outcomes for crowdfunding projects based on deep learning: a multimodel comparative study

Mathematics

• Comparative Study 74%
• Decision tree 56%
• Demonstrate 13%
• Evaluation 16%
• Experimental Results 22%
• Exploratory Analysis 32%
• Finance 46%
• Forecasting 25%
• K-nearest Neighbor 29%
• Learning 60%
• Learning Algorithm 78%
• Logistic Regression 24%
• Machine Learning 73%
• Market 22%
• Model 14%
• Multi-model 100%
• Multilayer Perceptron 32%
• Participation 30%
• Performance 13%
• Prediction 53%
• Preprocessing 25%
• Random Forest 32%
• Support Vector Machine 27%
• Sustainable Development 38%

Engineering & Materials Science

• Decision trees 32%
• Deep learning 59%
• Finance 38%
• Industry 7%
• Internet 22%
• Learning algorithms 41%
• Logistic regression 18%
• Machine learning 36%
• Multilayer neural networks 17%
• Random forests 17%
• Support vector machines 13%
• Sustainable development 14%