Skill UI

This guide provides authors with a comprehensive framework for positioning technical manuscripts for the ACM Interactive Surfaces and Spaces (ISS) conference. It covers essential areas like defining scope, aligning hardware evidence with interaction techniques, optimizing the narrative structure, and understanding the specific community expectations for spatial and tangible computing.

A comprehensive guide for drafting professional and evidence-based rebuttal letters following major or minor revisions in high-level computing journals. This skill helps authors structure point-by-point responses, address computational objections with re-run evidence, and strategically manage disagreements while maintaining a professional tone.

A comprehensive guide detailing the review journey for the INFORMS Journal on Computing (IJOC). It outlines key gates, including the Area-Editor suitability check and single-blind refereeing, and provides strategies for interpreting decisions (reject, major/minor revision). This resource helps authors plan their submissions, triage feedback, and determine if a sibling journal is a better fit.

This guide helps researchers determine if their Operations Research (OR) or analytics findings are sufficiently computation-first for submission to the INFORMS Journal on Computing (IJOC). It provides a rigorous scope test, focusing on computational/methodological advances, measurable performance claims, and reproducibility standards, ensuring authors select the correct technical area and venue.

This guide provides detailed standards for structuring and writing manuscripts submitted to the INFORMS Journal on Computing (IJOC). It mandates a precise, methods-forward, and quantitative voice, ensuring the paper is accessible to both Operations Research (OR) and Computer Science (CS) audiences. Key elements covered include abstract structure (≤300 words, no formulas), rapid contribution framing in the introduction, and using numbered pseudocode for methods.

A comprehensive guide for researchers positioning academic work within the pervasive and ubiquitous computing literature (e.g., PerCom, MobiCom). It teaches the critical 'delta-first' method, instructing authors to highlight their unique contribution and novelty contrast against the nearest prior work, rather than simply listing citations. Essential for proving field command and eligibility.

This comprehensive guide outlines the specific structural, stylistic, and scientific standards required for submitting papers to Pervasive Computing (PerCom) venues. It helps researchers elevate technically sound work by ensuring the narrative strongly emphasizes the real-world, human-centered contribution of the pervasive system, focusing on cross-subject evidence, rigorous limitation discussion, and adherence to strict academic page limits.

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 a comprehensive strategy for authors submitting to top theoretical computing conferences (like STOC). It covers best practices for pre-emptive objection handling, structuring the main submission to anticipate critiques, responding effectively to chair-mediated technical clarifications, and planning the subsequent resubmission memo for maximum impact.

A comprehensive guide for authors writing theoretical computer science papers. It details how to position a result within the existing academic lineage, ensuring rigorous citation practices, managing version discrepancies (preprint vs. journal), and honestly comparing bounds against prior work. Essential for meeting the high standards of top-tier conferences like STOC.

A comprehensive model detailing the rigorous evaluation process for submissions to STOC (Symposium on Theory of Computing). It covers the committee structure, the roles of program committee members and external subreviewers, the key evaluation axes (Correctness, Significance, Breadth, Novelty), the typical timeline, and strategic advice for authors on maximizing their leverage throughout the double-blind review process.

A comprehensive guide for authors drafting or revising academic papers for Web Conference (WWW). It teaches how to structure the paper around a web-native mechanism, quantify scale, and write for a mixed computing and social science audience. Learn best practices for page-one impact, compression, and stylistic details to maximize review scores.