Interacting and understanding with text heavy visual content with multiple images is a major challenge for traditional vision models. This paper is on enhancing vision models' capability to comprehend or understand and learn from images containing a huge amount of textual information from the likes of textbooks and research papers which contain multiple images like graphs, etc and tables in them with different types of axes and scales. The approach involves dataset preprocessing, fine tuning which is by using instructional oriented data and evaluation. We also built a visual chat application integrating CLIP for image encoding and a model from the Massive Text Embedding Benchmark which is developed to consider both textual and visual inputs. An accuracy of 96.71% was obtained. The aim of the project is to increase and also enhance the advance vision models' capabilities in understanding complex visual textual data interconnected data, contributing to multimodal AI.

增强视觉模型对包含大量文本信息的图像进行理解和学习的能力，通过数据预处理、微调和模型评估等方法，在集成CLIP和文本嵌入模型的视觉聊天应用中取得了96.71%的精度，旨在提升复杂视觉文本数据的跨模态人工智能理解能力。

增强视觉模型以实现对文本密集内容的理解和交互