Before revision:  We demonstrate that this allocation scheme improves performance in  conditional image generation, resulting in new state-of-the-art  likelihood values on binarized MNIST (<=41.58 nats/image) , binarized Omniglot (<=66.24 nats/image), as well as presenting competitive performance on CIFAR10, DMLab Mazes, Celeb-A and ImageNet32x32.
After revision:  We demonstrate that this allocation scheme improves performance in memory conditional image generation, resulting in new state-of-the-art likelihood values on binarized MNIST (<=41.58 nats/image) , binarized Omniglot (<=66.24 nats/image), as well as presenting competitive performance on CIFAR10, DMLab Mazes, Celeb-A and ImageNet32x32.