I have a question about Figure 3 of the paper: For the Gaussian noise setting, shouldn't the numbers be the same between the left and right plots (since it is the first episode of the lifelong adaptation scenario)? Why do you instead obtain ~68% corruption accuracy for gaussian noise in the left plot but ~35% in the right plot?
Hi, thanks for your interest! Figure 3 has two y-axes and the "corruption accuracy" corresponds to the right y-axis (in blue color). So, they are the same ~35%
Hi there, thanks for the interesting work.
I have a question about Figure 3 of the paper: For the Gaussian noise setting, shouldn't the numbers be the same between the left and right plots (since it is the first episode of the lifelong adaptation scenario)? Why do you instead obtain ~68% corruption accuracy for gaussian noise in the left plot but ~35% in the right plot?