Skill UI

This router guides authors through the complex submission process for rigorous quantitative sociology journals (ESR). It diagnoses the manuscript's stage (Idea, Article, Comment, Data Brief) and methodological shape (comparative, longitudinal, multilevel), ensuring the user is routed to the correct specialized skill set, rather than following a linear process. It is an orchestrator for academic research development.

This router guides researchers through the systematic process of preparing a manuscript for Experimental Economics (ExpEcon), the ESA's flagship journal. It identifies the correct specialized skills (e.g., theory modeling, robustness checks, referee strategy, rebuttal) needed at each stage, ensuring adherence to methodological rigor, including incentive compatibility and the no-deception norm. It is designed to help teams structure their research from initial design to final submission.

This guide details the USENIX FAST artifact evaluation process, providing systematic advice for researchers submitting system papers. It explains the requirements for earning the three USENIX badges (Available, Functional, Reproduced). Key topics include managing hardware dependencies in storage systems, packaging best practices (e.g., Docker containers, raw logs, comprehensive READMEs), and ensuring the final artifact is maximally reproducible for external evaluation.

This comprehensive preflight checklist guides authors through the final review process before submitting manuscripts to Field Crops Research (FCR). It ensures adherence to strict journal requirements, covering scope confirmation, formatting rules (abstract word count, highlights structure), comprehensive reporting (weather vs. phenology, statistics), and mandatory declarations (data availability, AI use). Use this guide to minimize rejection risk and streamline the submission process.

This guide provides methodological rigor for designing studies—including manipulative experiments, observational gradient analyses, and process modeling—in the context of global change biology. It helps researchers anticipate and address critical reviewer concerns regarding scale, replication, confounding factors, and the limits of causal inference, ensuring the design can support strong claims of driver-to-response relationships.

This guide provides a comprehensive framework for authors to rigorously defend their research design in manuscripts concerning Global Environmental Change (GEC). It covers methodological pluralism, including quantitative causal inference, qualitative case studies, experiments, and mixed-methods integration. Learn how to strengthen your design, justify causal claims, address confounders, and link local evidence to multi-scale global processes.

A comprehensive methodological guide for structuring and defending empirical research designs in the fields of governance, institutions, and public policy. It covers advanced techniques including causal inference (DiD, IV, RDD), comparative case selection, process tracing, and mixed-methods integration. The skill emphasizes moving beyond mere description to robustly identifying contributions and ruling out rival institutional explanations.

This comprehensive guide assists academic researchers in assessing the fit of their manuscripts for the journal Governance Studies. It outlines the journal's scope (national, local, digital governance, public policy), required theoretical depth, suitable methodologies (policy evaluation, case studies), and structural requirements. It serves as a crucial editorial checklist to prevent mis-submission and optimize the writing process for Chinese public administration and governance research.

This comprehensive guide outlines the process for packaging artifacts from Human-Robot Interaction (HRI) research. Recognizing that HRI artifacts are complex, involving human subjects, robot behaviors, and extensive study materials, this skill provides guidelines for honest, ethical, and reproducible dissemination. It covers structuring de-identified data, analysis code, and behavioral specifications while adhering to participant consent and academic archiving standards.

This guide provides a comprehensive backward planning workflow for submitting a full paper to the ACM/IEEE HRI conference. It warns researchers that the most critical and time-consuming steps—such as IRB approval, participant recruitment, and data collection—must be planned months in advance, often taking longer than the writing process. It maps out the entire academic cycle, from initial abstract submission through to camera-ready preparation, including parallel tracks like alt.HRI and Late-Breaking Reports.

This guide details the rigorous academic publication review process for Human Resource Management (HRM). It explains the multi-stage journey from EIC screening and double-blind peer review to the final decision letter. It is designed to help researchers interpret complex outcomes (Major/Minor Revision or Reject) and, crucially, to systematically map reviewer comments into actionable revisions, thereby maximizing the chances of successful resubmission.

This skill guides researchers through the rigorous process of stress-testing research questions for top-tier Human Resource Management (HRM) journals. It emphasizes that a viable topic must pass two critical gates: 1) Scholarly Advance (contributing theory, empirical, or methodologically), and 2) Practical Significance (offering clear implications for workforce policy or HRM practice). It helps researchers refine their focus to ensure the work is systemic and actionable, rather than merely descriptive.