Papers for

video production teams

Papers whose findings have a practical use for this group, as judged from the abstract. Open a paper to read what it means in practice.

Automated tools enable video editing from simple previews to trailers

Unified Agentic Video Editing Across Levels of Complexity and Creativity

Abstract: Editing is a core component of video production, requiring creative planning and decisions under multiple constraints. Here, we report methods for agentic tooling for automated video editing across three tasks varying in editorial goal, complexity and creativity, namely scene previews, video summaries and cinematic trailers. We evaluate the outputs and discuss implications for automation and agency.

Fri 11 SeptArtificial IntelligenceHuman-Computer InteractionMultimedia
The gist
Editing videos can be a complex and creative process that involves many choices. The authors developed methods that allow automated tools to help edit videos in different ways, from short scene previews to full cinematic trailers. Their work explores how these tools can balance creativity and complexity in video editing. They also evaluated how well these automated edits work and considered what it means for the future of video editing.
Open 2609.12769v1

Multi shot video generation struggles with professional editing techniques

Beyond Coherence: Benchmarking Professional Editing-Technique Execution in Multi-Shot Audio-Video Generation

Abstract: Recent multi-shot audio-video generators can produce increasingly coherent and cinematic outputs, but coherence does not imply the ability to execute editing techniques. Professional editing depends on shot structure, transition grammar, audio-video cut relations, and montage, yet existing benchmarks largely rely on proxies such as content quality, synchronization, or physical plausibility, systematically missing whether such editing instructions are actually executed. We introduce CutCraft, the first benchmark for editing-technique execution in multi-shot audio-video generation. CutCraft extends structured multi-shot prompts with explicit editing specifications and is paired with a hierarchical hybrid evaluation framework that combines shot-structure alignment, expert-model metrics, tool-grounded multimodal judgment, and rubric-based question answering. Beyond evaluation, we design an agentic editing baseline that decomposes generation into planning, shot-level synthesis, and post-hoc composition, explicitly realizing editing semantics such as J-cuts, L-cuts, and transition timing. Across 13 state-of-the-art closed- and open-source models, CutCraft reveals a consistent gap between coherence and editing-technique execution: current systems often produce plausible multi-shot videos yet fail to execute editorial instructions reliably. We find unstable shot structures, weak control of transition execution, and sharp degradation on higher-order montage, while aesthetic quality is only weakly correlated with editing-technique compliance. The benchmark and metrics, and the editing agent baseline are available at https://github.com/AlibabaResearch/cut-craft-bench.

Tue 8 SeptArtificial Intelligence
The gist
Making videos with multiple shots that follow professional editing rules is hard, even for advanced AI systems. The authors found that current models often create videos that look okay but don’t follow detailed editing instructions like smooth transitions or precise cuts. They made a new test called CutCraft that checks if AI-generated videos really use typical editing tricks. Their tests showed many models fail to do these editing techniques well, even if the videos seem coherent and watchable.
Open 2609.08275v1