Multimodality and Large Multimodal Models (LMMs)
huyenchip.com- Category
- Other
- Type
- ARTICLE
- Builder
- @chipro
- Added
- Jul 21, 2026
About
For a long time, each ML model operated in one data mode – text (translation, language modeling), image (object detection, image classification), or audio (speech recognition). However, natural intelligence is not limited to just a single modality. Humans can read, talk, and see. We listen to music to relax and watch out for strange noises to detect danger. Being able to work with multimodal data is essential for us or any AI to operate in the real world. OpenAI noted in their GPT-4V system card
What it can do
Explain the fundamentals of multimodal systems and Large Multimodal Models
Reader seeking to understand multimodality and LMMs → Educational explanation covering context, fundamentals, and research areas
Compare and describe foundational multimodal architectures like CLIP and Flamingo
Interest in how multimodal systems are built → Detailed breakdown of CLIP and Flamingo model designs and their significance
Categorize types of multimodal tasks
Query about multimodal task types → Taxonomy of tasks (text-to-image, image-to-text, multimodal input/output)
Survey active research areas in LMMs
Request for current state of multimodal research → Overview of research topics like multimodal output generation and efficient training adapters
Describe newer multimodal systems and adapters
Interest in recent LMM implementations → Explanations of BLIP-2, LLaVA, LLaMA-Adapter V2, and LAVIN
Clarify ambiguous multimodal terminology
Confusion about multimodal definitions → Disambiguated definitions distinguishing LMMs from other multimodal systems
Why it made the leaderboard
A clear, foundational-to-frontier walkthrough of how multimodal models actually work — from CLIP and Flamingo to modern adapter-based LMMs — giving engineers the conceptual grounding to reason about and build with vision-language systems.
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Indexed by a proprietary survey. Corrections welcome.