Skill UI

A comprehensive guide for drafting scientific abstracts tailored for journals like PNAS Nexus. It details strict structural requirements, including maintaining a single paragraph format (max 250 words), ensuring self-containment, and presenting quantified results. Crucially, it distinguishes the abstract (What/How/Found) from the Significance Statement (Why it matters), helping authors polish their late-stage manuscripts for broad scientific audiences.

A comprehensive guide for authors on structuring and writing professional, evidence-led rebuttal letters in response to scientific journal reviews (e.g., PNAS). Learn how to triage reviewer comments into actionable buckets (Do, Defend, Defer), prioritize necessary experiments, address editor's core concerns, and maintain a respectful, credible tone throughout the revision process.

This guide teaches how to write a mandatory Significance Statement for scientific reports (like PNAS Nexus). Unlike an abstract, this statement must explain, in plain language, why the research matters to science and society—the 'so what?'. It adheres to strict length guidelines (50-120 words) and is written for a broad, non-specialist audience.

A comprehensive guide for authors structuring and formatting scientific manuscripts for PNAS Nexus. It details selecting the appropriate article type (e.g., Research Report, Review), managing page length budgets, ensuring the Materials and Methods section remains in the main text, and organizing results logically by argument, not chronology. Essential for successful scientific publishing.

A comprehensive guide for authors preparing a rebuttal or response to peer reviews for major academic conferences. It details how to maximize impact by focusing exclusively on correcting factual proof misreadings, supplying missing lemmas, and clarifying technical bounds, while strictly avoiding arguments of significance or taste. Emphasizes maintaining anonymity and adherence to the double-blind format.

A comprehensive guide for positioning research in distributed-computing theory, specifically for conferences like PODC. It details how to move beyond topic listings to defining a precise 'delta' by comparing models, bounds, and costs against prior art. Crucial advice includes distinguishing between different synchrony models, fault tolerances, and handling self-citation in double-blind reviews.

This guide provides guidelines for ensuring that academic proofs are independently verifiable, particularly for proofs-focused conferences. It covers creating self-contained proof appendices, meticulously defining all underlying assumptions in a 'model box' contract, and ensuring perfect synchronization between the short conference proceedings and the full arXiv version.

A comprehensive audit checklist for authors preparing submissions for top-tier academic conferences like PODC. This guide covers critical submission stages, including the two-step abstract registration, selecting the appropriate paper track (Regular vs. Brief Announcement), adhering to the 10-page merits rule, maintaining double-blind anonymity, and ensuring the mathematical rigor of the proof. Use this before final submission.

A comprehensive guide for authors on navigating the two distinct response phases of academic conferences (e.g., PODS). It details how to write a concise, double-anonymous rebuttal (48-hour turn) and a structured revision cover letter, ensuring all technical gaps are addressed while maintaining anonymity and professional rigor.

This guide provides comprehensive steps for preparing a camera-ready version of an accepted academic conference paper, such as those for the PACMMOD PODS track. It covers essential tasks including complete de-anonymization, applying final journal formatting, integrating required revisions, populating detailed metadata (ORCID, DOI, CCS concepts), and ensuring the full version is correctly posted and cross-linked on arXiv.

This guide details the specific rules for assembling supplementary material for PODS submissions. It covers how to correctly partition content between the main 15-page body and the appendix, ensuring all mathematical proofs are complete, self-contained, and included within a single PDF file. It also addresses double-anonymous hygiene and page budget discipline.

A rigorous guide detailing the advanced writing standards required for top-tier database theoretical papers (e.g., ACM PODS). It emphasizes precision in defining models, stating theorems, matching upper and lower bounds, and structuring the narrative to ensure mathematical completeness and verifiability for peer review.