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Enterprise AI Analysis: Marital Satisfaction Prediction Model Based on XGBoost: A Study on the Trade-off Between Housework and Economic Con-tribution

Enterprise AI Analysis

Marital Satisfaction Prediction Model Based on XGBoost: A Study on the Trade-off Between Housework and Economic Con-tribution

This study pioneers a machine learning-based framework using XGBoost to predict marital satisfaction, integrating household and economic contributions. It reveals that economic contribution impacts short-term satisfaction, while housework contribution affects long-term satisfaction. This quantitative approach offers data support for intelligent marriage counselling and relationship management, overcoming limitations of traditional qualitative methods.

Executive Impact & Key Findings

Our AI-powered analysis extracts quantifiable insights from the research, highlighting critical performance indicators and their implications for enterprise strategy.

0.86R² XGBoost Prediction Accuracy
-0.19r Correlation: Wife's Economic Contrib. to MS
0.67r Correlation: Spouses MS Consistency

Deep Analysis & Enterprise Applications

Select a topic to dive deeper, then explore the specific findings from the research, rebuilt as interactive, enterprise-focused modules.

Machine Learning in Social Sciences
Factors Affecting Marital Satisfaction
XGBoost Algorithm

In recent years, machine learning methods have been widely used in the social sciences, especially in the fields of psychology, sociology, economics, and behavioural prediction, demonstrating powerful data processing capabilities. Compared with traditional statistical methods, machine learning can extract non-linear features more effectively, process large amounts of data, and improve prediction accuracy. In particular, in the field of marriage research, machine learning models can be trained with multidimensional data to more accurately predict marital satisfaction and model relationship dynamics.

Numerous studies have shown that economic contribution and division of housework are the two central factors influencing marital satisfaction. Economic contribution affects marital quality mainly through the channels of economic security, decision-making power and quality of life, while housework involves aspects of marital justice, sharing of responsibilities and emotional attachment. Research suggests that the distribution of household economic resources not only affects the material standard of living of both spouses, but may also influence the power structure of the relationship, which in turn affects marital stability and satisfaction. In some socio-cultural contexts, the party with the higher economic contribution tends to have a greater say in household decisions, while the party with the lower economic contribution may feel a degree of financial depen-dence, which may reduce their marital satisfaction. However, it is not enough to look at the absolute value of an individual's financial contribution. Studies have found that the balance of contributions between couples is more important than the absolute amount of contributions. This means that if the imbalance between financial and domestic contributions is too great, it may lead to a sense of unfairness in the marriage, which may reduce marital satisfaction.

XGBoost (Extreme Gradient Boosting) is an optimization algorithm based on Gradient Boosting Decision Trees (GBDT). It gradually optimizes the prediction results and improves the generalization ability of the model by constructing multiple weighted decision trees. Its core idea is to gradually build multiple decision trees through the additive model, and each tree is used to correct the prediction error of the previous tree. The objective function consists of two parts: loss function and regularization term, used to measure deviation and prevent overfitting. XGBoost optimizes the model through the gradient boosting method, updating the predicted value at each step.

0.86R² R² for XGBoost Prediction Accuracy

Enterprise Process Flow

Input Data (X, y)
Preprocessing (Missing, Norm, Select)
Initialize Model (Pred=Mean(y))
Compute Gradient & Hessian
Train Decision Tree (Info Gain)
Compute Leaf Values (Optimize Weights)
Update Predictions (New=Old+LR*Tree)
Check Stopping Criteria (Max Trees, Loss Converged)
Final Model Output (Trained Trees for Predictions)

Model Performance Comparison

Model MSE (↓) R² (↑)
Random Forest 0.58 0.81
XGBoost 0.49 0.86
Deep Neural Network 0.54 0.83
XGBoost achieved the best prediction accuracy with an R² of 0.86, outperforming Random Forest and Deep Neural Networks.

Trade-off Impact on Marital Satisfaction

The study found a complex trade-off: economic contribution has a greater effect on short-term satisfaction, particularly for wives where higher economic contribution correlated with lower marital satisfaction. Conversely, household contribution has a more significant effect on long-term satisfaction. This highlights the differential impact of these factors and the importance of gender roles in cultural contexts.

The data supports traditional division of labor patterns but emphasizes that imbalances, rather than absolute amounts, drive dissatisfaction. This insight is crucial for developing intelligent marriage counseling systems that can provide tailored advice based on dynamic relationship evolution.

Key Takeaway: Understanding the dynamic and context-dependent impact of economic vs. household contributions is key to effective relationship management.

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Estimated Annual Savings $0
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