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gvclab/awesome-reasoning-via-vdm

Analysis updated 2026-07-27 · repo last pushed 2026-01-13

4Audience · researcherComplexity · 1/5QuietSetup · easy

TLDR

A curated reading list of academic papers and open-source projects about whether AI can reason through video, measuring how well video models think through problems rather than just describing what appears on screen.

Mindmap

mindmap
  root((repo))
    What it does
      Curated reading list
      Links to papers and code
      Tracks video reasoning research
    Categories
      Benchmarks and evaluation
      Methods and techniques
    Use cases
      Analyze how-to videos
      Evaluate chess from footage
      Research video understanding
    Audience
      AI researchers
      Graduate students
      Product teams
    Format
      Organized links only
      No narrative explanation
      Living bibliography

Code map

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What do people build with it?

USE CASE 1

Find papers and benchmarks that measure whether video AI models can reason through visual puzzles or games.

USE CASE 2

Discover methods for teaching video models to reason step by step by generating intermediate visual frames.

USE CASE 3

Locate open-source code repositories for video reasoning techniques to kickstart a product feature.

USE CASE 4

Survey the academic landscape of video reasoning research before starting a new project in this area.

What is it built with?

Markdown

How does it compare?

gvclab/awesome-reasoning-via-vdm0labs-in/vision-link1038lab/agnes-ai
Stars444
LanguageTypeScriptPython
Last pushed2026-01-13
MaintenanceQuiet
Setup difficultyeasymoderateeasy
Complexity1/53/52/5
Audienceresearcherdevelopervibe coder

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · easy Time to first run · 5min

No setup required, it is a curated list of links in a README file.

No license information is provided in this repository.

In plain English

This repository is a curated reading list for anyone interested in whether AI can reason through video. It collects recent academic papers and open-source projects that test how well video models can think through problems, rather than simply describing what appears on screen. The collection is split into two parts. The first covers benchmarks and evaluation studies, essentially tests researchers use to measure whether a video model can solve tasks like navigating a maze, playing chess, or working through visual puzzles it has never seen before. The second part covers methods, highlighting emerging techniques for teaching video models to reason step by step, often by generating intermediate visual frames as part of the thinking process. People who would find this useful include AI researchers, graduate students, or product teams exploring video understanding features. For example, if you are building a tool that needs to analyze a how-to video and explain each step, or evaluating whether a model can follow a game of chess from footage alone, this list points you to relevant papers and code repositories to start from. The README is essentially a set of organized links with no narrative explanation, so you will need to follow the links to each paper or project page to learn the details. It reads more like a living bibliography than a standalone guide, which is common for academic "awesome lists" that track a fast-moving research area.

Copy-paste prompts

Prompt 1
Help me build a tool that analyzes a how-to video and explains each step. Using the awesome-reasoning-via-vdm reading list as a starting point, what papers or projects should I look at first, and how do their approaches differ?
Prompt 2
I want to evaluate whether an AI model can follow a game of chess from video footage alone. The awesome-reasoning-via-vdm list points to benchmarks for this, help me design an evaluation plan based on those benchmarks.
Prompt 3
From the awesome-reasoning-vdm collection, summarize the key methods that teach video models to reason by generating intermediate visual frames as part of their thinking process. Which approach seems most promising for a prototype?
Prompt 4
Help me organize the awesome-reasoning-via-vdm reading list into a learning curriculum. What order should I read these papers in to build up my understanding of video reasoning in AI, starting from foundational concepts?

Frequently asked questions

What is awesome-reasoning-via-vdm?

A curated reading list of academic papers and open-source projects about whether AI can reason through video, measuring how well video models think through problems rather than just describing what appears on screen.

Is awesome-reasoning-via-vdm actively maintained?

Quiet — no commits in 6-12 months (last push 2026-01-13).

What license does awesome-reasoning-via-vdm use?

No license information is provided in this repository.

How hard is awesome-reasoning-via-vdm to set up?

Setup difficulty is rated easy, with roughly 5min to a first successful run.

Who is awesome-reasoning-via-vdm for?

Mainly researcher.

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