Measure the rules of the traditional Multimodal models

Building models with a very meaningful goal that can bestow the world through multimodal signals into long intent. Current methods include compiling separately trained materials, such as connecting the Deving Encoders to the llms and continuing multimodal training. While those yes show the performance of a wonderful sample, there is always an open question that the fusion buildings are high. In this project, we update the construction of traditional Multimodal Models (NMMS) – those trained from the ground on all means – and conduct professional Models, 457 different construction and training. Our investigation is reflected with a natural construction benefit over an old fusion, not relying on image encomers. On the contrary, pre-timers showing strong performance with low parameter prices, it is very effective for training, and it is easy to increase. Motivated by a strong functional function of the Fessor-Fusion, we show that installing a mixture of experts (Moes) allows models that are learning targets, to improve the performance.
4 † work done during an internship in Apple.
‡ Sorbonne University



