Users report that XGBoost excels in handling large datasets efficiently, with its gradient boosting framework allowing for faster training times compared to MLlib, which some users find slower with extensive data.
Reviewers mention that XGBoost offers superior model performance, particularly in competitions and benchmarks, often achieving higher accuracy scores than MLlib, which users say can sometimes lag in predictive power.
G2 users highlight XGBoost's extensive feature set, including built-in cross-validation and hyperparameter tuning capabilities, while MLlib is noted for its simpler API, which some users appreciate for ease of use but may lack advanced functionalities.
Users on G2 report that XGBoost has a steeper learning curve due to its complexity, whereas MLlib is praised for its user-friendly interface, making it more accessible for beginners in machine learning.
Reviewers say that XGBoost provides better support for custom loss functions, which is a significant advantage for users needing tailored solutions, while MLlib's support for custom algorithms is more limited, according to user feedback.
Users report that XGBoost's community support and documentation are robust, with many resources available for troubleshooting, while MLlib's documentation is considered less comprehensive, leading to challenges for some users in finding solutions.
Pricing
Entry-Level Pricing
MLlib
No pricing available
XGBoost
No pricing available
Free Trial
MLlib
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XGBoost
No trial information available
Ratings
Meets Requirements
8.5
14
9.2
11
Ease of Use
8.8
14
8.9
11
Ease of Setup
8.7
9
8.5
10
Ease of Admin
7.9
7
8.3
9
Quality of Support
7.3
10
7.6
9
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