 Experimental results on real-world hyperparameter optimization tasks show that our approach can substantially reduce compute time with little to no loss of test accuracy,demonstrating a clear practical advantage over existing techniques .
<meaning-changed>  Experimental results on real-world hyperparameter optimization tasks show that our approach can substantially reduce compute time with little to no loss of test accuracy,demonstrating a clear practical advantage over existing techniques .
 Experimental results on real-world hyperparameter optimization tasks show that our approach effectively meets these goals and is more adaptive comparing to baselines .