Performance Analysis
This section gives a detailed analysis in performance.
Last updated
This section gives a detailed analysis in performance.
Last updated
Once you have shown the overall performance of your models in the Experiments section, you need to give a more detailed analysis.
You should consider any quantitative analysis not involving manual annotation in this section that can emphasize the significance of your novel approach. Qualitative analysis is provided in the Error Analysis section.
If your task involves multi-class classifiction, it is good to show how your model performs for each label. Label distributions play an important role in this analysis because most machine learning algorithms tend not to perform well for labels with small distributions. Once you present the table, explain why your model does not perform well on certain labels.
Although the above example shows results from one model, it is better to show results from multiple models in comparisons.
Label analysis can be presented by a confusion matrix if certain pairs of labels are getting confused more often than the others. Once you present the matrix, explain why certain labels are confused more than the others.
If your data can be categorized into meaningful groups (e.g., challenging input, complex output), then provide the model performance on each category and explain why your models perform well (or not well) on certain groups.
If the model speed is one of your contributions, group data with respect to different sizes and explain for which groups your model shows strength. The model speed should be adequately profiled by making sure it is not interrupted by other processes.
You should measure the speed multiple times, remove outliers, and present the average speeds to ensure the robustness.
If the model speed can be measured theoratically by counting involved operations, show the plots and explain the overal trend.
