[2506.12479] AI Flow: Perspectives, Scenarios, and Approaches

View PDF file from the paper entitled AI: Predictions, scenarios, and approach, by Hongjun AN and 13 other authors

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a summary:A pioneer in the theory of constituent information by Claude Shannon and the visual framework of the machine intelligence by Alan Torring, created the convergence of information and communication technologies (IT/CT) an uninterrupted wave of communication and account. This synergy sparked a technological revolution, as it has now reached its climax with the models of great artificial intelligence (AI) that reshape industries and redefine human and machine cooperation. However, the awareness of intelligence everywhere faces great challenges due to the consumption of great resources in large models and high -connection range requirements. To face these challenges, artificial intelligence flow has been presented as a multidisciplinary framework that merges advanced developments and computerized tomography, with a special focus on the next three main points. First, the cloud edge framework works as a basis, which merges the final devices, edge servers, and cloud groups to improve the expansion and efficiency of the low -deployment model. Second, we offer the concept of family models, which indicates a series of different models of hidden size, which allows effective cooperation and flexibility in adapting to the restrictions of different resources and dynamic scenarios. Third, the appearance of connection -based and interaction is a new model for artificial intelligence flow. By taking advantage of communications networks to enhance communication, cooperation between artificial intelligence models across the heterogeneous contract emerging intelligence that exceeds the ability of any one model. The innovations of artificial intelligence flow provides augmented intelligence, timely response, and access everywhere to artificial intelligence services, paving the way for the most strict fusion of artificial intelligence technologies and communication systems.