OpenAI has launched a new model training approach called Preference Fine-Tuning, allowing users to customize AI responses by comparing desired and undesired outputs. This method enhances the training process for subjective tasks that require tone, style, and creativity. The new framework, Direct Preference Optimization (DPO), simplifies the training of AI models by enabling alignment with user preferences more effectively than traditional Reinforcement Learning from Human Feedback (RLHF). Additionally, the protein language model ProCyon has been introduced, which integrates over 33 million human protein phenotypes through a novel instruction tuning dataset, PROCYON-INSTRUCT. This multimodal foundation model is designed to improve protein phenotype predictions and contextual protein retrieval by leveraging advanced capabilities such as interleaved phenotype-context modeling and multimodal fusion.
DNE allows a holistic perspective on the role of each node in the network: It highlights the immediate connections of a node, such as interactions between proteins in PPI networks, and also its community affiliations within the network, such as protein functional modules.
DNE (discriminative network embedding), characterizes each node through a nonlinear contrast between the representations of its direct neighbors and nodes that are farther away in the network.
DNE: Deep representation learning of protein-protein interaction networks for enhanced pattern discovery https://t.co/repdeMqHye https://t.co/zlq33jSZOt