Validating Siamese embedded neural networks with identical representations for efficient model convergence

Deep learning, neural architecture search, reinforcement learning, and embedded learning use scaled data, hyperspace, reward, and similarity to produce efficient converging neural networks. However, all these state-ofthe-art frameworks require training to evaluate whether the examples are identical. Therefore, we propose our Probabilistic Asymmetric Convergence Network with Validation and Transform -Learning (PACNVT) framework that learns with fewer data, reduces the hyperspace with our validation technique and modified tangent activation function, reinforces the learning with our transform learning algorithms, and ascertains similarity independent of spatial and mask for transformational consistency. Furthermore, our framework generates neural networks that yield state-of-the-art accuracies on MNIST, OMNIGLOT, and CIFAR datasets. Moreover, representing regression as a similarity problem unveils previously unseen residual fluid intelligence patterns, yielding 99.92% accuracy with as little as 20 pairs.