Skill UI

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.

This guide details best practices for structuring supplementary material in highly technical academic submissions (e.g., STOC). It teaches authors how to design an appendix that facilitates selective verification by reviewers, ensuring that complex proofs, deferred results, and extended discussions are navigable. Key techniques include optimizing the Table of Contents, maintaining strict pointer discipline, and distinguishing between material required for core understanding versus material saved for the full version.

This comprehensive guide details the specific structural and stylistic requirements for submitting high-quality theoretical computer science papers to top-tier conferences like STOC. It addresses how to frame the initial theorem statement, structure the technical overview, maintain notation economy, and effectively budget the limited page space to ensure maximum academic rigor and readability for diverse expert audiences.

A comprehensive guide for authors submitting technical papers, detailing methods to ensure that all reported claims, figures, and benchmark numbers can be independently regenerated. This involves creating VM-ready, self-contained artifacts, mapping every claim to a specific script, and defining clear reproducibility levels (Turnkey, Scripted) to satisfy conference requirements.

This guide provides comprehensive rules for structuring academic technical papers, specifically addressing the division of content between the main body, appendices, supplementary websites, and mandatory artifacts. It ensures that all decision-critical arguments, soundness claims, and core comparisons are contained within the primary reviewed pages, making the paper fully judgeable without external resources.

This skill assists software engineers through the entire technical job search cycle. It provides structured analysis for job descriptions (identifying must-haves, red flags), optimizes CVs for specific roles, guides writing compelling cover letters, evaluates total compensation packages, and crafts professional post-interview follow-up emails, ensuring the job search process is professional and highly targeted.

This comprehensive skill guides authors submitting research to The Burlington Magazine. It outlines the rigorous academic standards required for object-based art history, focusing on connoisseurship, attribution, and provenance. It ensures manuscripts are tightly argued using primary source evidence, technical findings, and close visual examination, helping authors align their work with the journal's specific evidentiary bar and house style.

This guide provides a strategic framework for drafting author responses to challenging peer reviews in academic conferences. It teaches authors how to structure replies by addressing four key axes (Correctness, Novelty, Backing, Clarity), ensuring technical precision, maintaining anonymity, and framing commitments that survive the subsequent Area Chair (AC) discussion phase.

A comprehensive guide for authors submitting to UAI (Uncertainty in Artificial Intelligence). It details how to position research by ensuring coverage across diverse academic communities, including Machine Learning, Statistics, Causal Inference, and foundational mathematics. Focuses on establishing the technical 'delta' rather than merely listing citations, helping authors avoid common review failures.

This comprehensive pre-upload audit guide ensures submissions meet the strict technical and anonymity requirements for UAI OpenReview. It covers critical aspects like the 8-page main body constraint, combining all content into a single PDF, handling file size caps (15MB/50MB), and performing an identity sweep to maintain double-blind review standards.

This guide outlines the crucial, multi-stage process of converting a conditionally accepted academic paper into the final, publishable camera-ready version for top-tier conferences. It covers fulfilling rebuttal promises, meeting strict ACM accessibility standards (e.g., alt text for every figure and table), managing the ACM TAPS workflow, and finalizing all technical and logistical assets.

Provides comprehensive guidelines for designing rigorous technical evaluations for interactive systems, specifically tailored for top-tier venues like UIST. It emphasizes matching evaluation methods to specific artifact claims, reporting distributions over means, closing the interaction loop, and performing thorough ablations against real-world baselines. This framework ensures the scientific rigor and credibility of submitted research.