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- sci story skill
sci story skill
Transform ML/CV research into rigorous, reviewer-defensible papers using claim-evidence auditing and reviewer simulation.
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sci story skill
Example session with this skill installed
I have a draft on 3D Gaussian Splatting for dynamic scenes. Review it for potential rejection risks at CVPR and check if my claims about efficiency are backed by my current experiments.
- Read your context and instructions
- Compiled the sci story
I have analyzed your draft using Mode F (Reviewer Attack) and Mode D (Claim-Evidence Audit). The narrative identifies a clear gap in temporal consistency, but the efficiency claims currently lack the necessary computational accounting to survive a skeptical review.
Reviewer Attack & Claim Audit
| Attack | Severity | Evidence | Vulnerability | Recommended Fix |
|---|---|---|---|---|
| Unsupported Efficiency Claim | Critical | Table 4 only shows FPS, not FLOPs or GPU memory. | Claiming "superior efficiency" without training cost or memory footprint metrics. | Add a table comparing total training GPU hours and peak VRAM vs. D-NeRF. |
| Missing Baseline | Major | Missing comparison with TiNeuVox. | Reviewers will view the benchmarking as incomplete for dynamic scenes. | Include TiNeuVox in Table 1 and qualitative figures. |
| Post-hoc Storytelling | Moderate | Introduction focuses on storage, but experiments focus on speed. | The narrative and evidence are misaligned (Story Lock violation). | Re-align the central insight to focus on inference speed as the primary contribution. |
Claim-Evidence Matrix
- Claim 1: "Our method achieves real-time rendering on mobile devices."
- Status: Inferred.
- Issue: Evidence only shows desktop RTX 3090 benchmarks.
- Claim 2: "Temporal smoothing significantly reduces artifacts."
- Status: Observed.
- Evidence: Table 2 (Ablation) shows a 2.1dB PSNR gain with the smoothing module.
Next steps
- Quantify Efficiency: Run memory profile tests and training time benchmarks to support Claim 1.
- Baseline Expansion: Integrate TiNeuVox results into the quantitative comparison.
Re-lock Narrative: Adjust the abstract to lead with "Inference Speed" rather than "Storage Efficiency" to match the evidence.
Connects securely to your tools. The creator never sees your data.
About this skill
Scientific papers in ML and CV often fail not because of the English, but because of weak logic, misaligned evidence, and indefensible claims. This skill transforms your research from a collection of experiments into a rigorous, reviewer-defensible narrative by applying a three-layer engineering system. It focuses on the underlying scientific argument rather than mere grammar correction.
What it does
- Corpus mining extracts underlying scientific argument patterns from best-paper award winners rather than just summarizing them.
- Research architecture builds a coherent chain from research gap to central insight, hypothesis, and evidence map.
- Claim-evidence auditing flags overclaiming by checking if claim strength exceeds evidence strength across direct and ablation results.
- Reviewer simulation generates critical attacks from three distinct personas to identify rejection risks before submission.
- Technical English editing refines stable manuscripts for precision, concision, and logical flow after the scientific logic is locked.
How it works
- Analyze your idea or draft using the "Story Lock" mechanism to ensure the narrative remains consistent throughout the paper.
- Execute specific modes like
Experiment Planningto design RQs that satisfy skeptical reviewers orReviewer Attackto find vulnerabilities. - Refine the manuscript based on a prioritized revision plan that fixes scientific validity before addressing language polish.
Frameworks & tools
Optimized for top-tier venues including NeurIPS, ICLR, ICML, CVPR, and ICCV. Expertise covers ML, Computer Vision, 3D Vision, and Generative AI domains.
Why this beats prompting it yourself
Generic prompts often produce "academic-sounding" fluff that obscures the actual contribution. This skill enforces a "Claim Strength ≤ Evidence Strength" rule and uses a formal Story Lock to prevent post-hoc storytelling, ensuring your paper survives rigorous peer review.
Use cases
- Drafting a high-impact introduction that clearly defines a research gap and central insight.
- Auditing a finished manuscript for unfair baseline comparisons or missing ablation experiments.
- Simulating a Rebuttal phase by generating and answering potential reviewer attacks.
- Restructuring a "result dump" into a logical scientific argument.
Known limitations
Does not fabricate data, citations, or results. Requires a stable research idea or existing results to provide architectural value. English polishing is only performed on scientifically stable drafts.
How to use
Skills on Agensi run inside your AI agent. Copy the prompt, paste it into your agent, and it connects to Agensi and installs this skill for you. If a payment is needed, your agent shows it to you first.
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