Before revision:  Our algorithm, when used to train GANs on synthetic and real-world datasets, does not cycle, results in GANs that seem to avoid mode collapse, and achieves a training time per iteration and memory requirement similar to gradient descent-ascent  .
After revision:  Our algorithm, when used to train GANs on synthetic and real-world datasets, does not cycle, results in GANs that seem to avoid mode collapse, and achieves a training time per iteration and memory requirement similar to gradient descent-ascent (GDA), optimistic mirror descent (OMD), and unrolled GANs when applied to a synthetic Gaussian mixture dataset. Moreover, they perform significantly better on CIFAR-10 than OMD and GDA when comparing the mean and standard deviation of the Inception Score respectively .