Skill UI

This skill guides authors in building and auditing tables and figures for submissions to the Journal of International Economics (JIE). It emphasizes that all exhibits must be self-contained and immediately understandable by a specialized referee. Focus areas include gravity tables, event-study plots, structural counterfactual charts, and how to report economic magnitudes (e.g., elasticity) rather than just statistical significance.

This comprehensive pre-submission checklist is designed for authors preparing academic manuscripts for specific journals. It guides users through critical checks, including length constraints (e.g., $\le 8000$ chars), abstract/keyword requirements, proper citation styles (sequential numbering), and highly specific formatting for mathematical content (formula numbering, theorem placement). Use this tool to ensure your paper meets all structural and stylistic guidelines before submission.

Provides detailed guidelines for creating high-standard clinical figures and tables, modeled after leading medical journals (e.g., The Lancet). It covers essential display items including Table 1 (baseline characteristics), Kaplan-Meier survival curves (with numbers-at-risk), Forest plots for meta-analyses, CONSORT/PRISMA flow diagrams, and global maps. The guide emphasizes the rigorous reporting of 95% confidence intervals (CIs) and proper statistical methods to ensure scientific accuracy.

A comprehensive guide for drafting and revising high-level microarchitecture papers for top-tier conferences. It mandates the rigorous 'four-beat argument' structure: starting with characterization evidence, defining the insight, detailing the mechanism, and completing with thorough cost accounting. This ensures the paper is a defensible engineering argument.

This comprehensive guide helps authors determine if their materials science manuscript meets the high conceptual bar set by Nature Materials. It covers expected advances (e.g., new design principles, structure-property relationships), required experimental evidence (e.g., state-of-the-art characterization, mechanistic proof), and necessary house style guidelines for cross-disciplinary readability.

This comprehensive guide helps authors rigorously assess if their nanoscience research meets the high conceptual and methodological bar set by Nature Nanotechnology. It covers identifying true conceptual breakthroughs, ensuring direct nanoscale characterization, checking structural requirements, and following the latest submission guidelines. Use this tool to determine if your work constitutes a milestone advance.

This comprehensive guide outlines best practices for creating key clinical display items, including Table 1 (baseline characteristics), Kaplan-Meier curves, Forest Plots, and CONSORT diagrams. It emphasizes statistical rigor (e.g., using standardized differences instead of P values for baseline), ensuring numbers-at-risk, and maintaining consistency across all reporting elements for high-impact medical publications.

This guide outlines advanced methodologies for achieving high reproducibility in networked-systems research. It details capturing crucial provenance ledgers—including topology, traffic traces, system configuration, and run details—to ensure that published results are verifiable and not dependent on ephemeral experimental conditions. It emphasizes characterizing inherent variance rather than demanding absolute determinism, providing a rigorous framework for academic publication.

Build a multi-element Excel dashboard from CSV or tabular data: a Dashboard sheet with formula-driven KPI cards, multiple cell-range charts, sparklines, and conditional formatting, output as a single .xlsx file.

This comprehensive guide assists reviewers and authors in determining the most appropriate venue for programming language research within the SIGPLAN community. It provides a detailed 'center-of-mass' test, helping categorize contributions based on whether they emphasize metatheory (POPL), performance engineering (PLDI), functional techniques (ICFCP), or the broad design scope characteristic of OOPSLA. It guides the decision-making process for academic submissions.

This guide provides comprehensive standards for analyzing and reporting results in Organization Science, a field characterized by diverse methodologies. It ensures methodological rigor and transparency whether the work is qualitative (establishing trustworthiness), quantitative (matching estimators to design), computational (reporting seeds and sensitivity), or formal/analytical. It emphasizes full reproducibility and mechanism-based inference.

This comprehensive guide assists authors in assessing whether their manuscript, focusing on condensed matter or materials physics, is appropriate for Physical Review B (PRB). It details the journal's specific scope, the required scientific rigor (e.g., computational transparency, experimental characterization), and the house style for maximizing submission success within this specialized academic domain.