This paper presents OmniDataComposer, an innovative approach for multimodal
data fusion and unlimited data generation with an intent to refine and
uncomplicate interplay among diverse data modalities. Coming to the core
breakthrough, it introduces a cohesive data structure proficient in processing
and merging multimodal data inputs, which include video, audio, and text. Our
crafted algorithm leverages advancements across multiple operations such as
video/image caption extraction, dense caption extraction, Automatic Speech
Recognition (ASR), Optical Character Recognition (OCR), Recognize Anything
Model(RAM), and object tracking. OmniDataComposer is capable of identifying
over 6400 categories of objects, substantially broadening the spectrum of
visual information. It amalgamates these diverse modalities, promoting
reciprocal enhancement among modalities and facilitating cross-modal data
correction. \textbf{The final output metamorphoses each video input into an
elaborate sequential document}, virtually transmuting videos into thorough
narratives, making them easier to be processed by large language models. Future
prospects include optimizing datasets for each modality to encourage unlimited
data generation. This robust base will offer priceless insights to models like
ChatGPT, enabling them to create higher quality datasets for video captioning
and easing question-answering tasks based on video content. OmniDataComposer
inaugurates a new stage in multimodal learning, imparting enormous potential
for augmenting AI's understanding and generation of complex, real-world data.

OmniDataComposer 是一种创新的方法，用于多模态数据融合和无限数据生成，其核心突破在于引入一种协同处理和合并多模态数据输入的高效数据结构，促进模态之间的互相增强和跨模态数据校正，将视频输入转化为详尽的顺序文档，从而更容易为大型语言模型处理，为视觉内容的视频字幕创作和基于视频内容的问答任务提供了宝贵的洞察。