Skill UI

A comprehensive project management guide for planning submissions to KDD, accounting for its unique structure of two annual submission cycles. It covers milestone tracking, cycle-choice decision matrices, managing the Resubmit loop, and planning evidence lead times from abstract to camera-ready status. Essential for complex, multi-stage data science research.

A comprehensive guide for designing and presenting empirical evidence (tables and figures) in Production and Operations Management (POM) manuscripts. It helps authors manage the limited 'exhibit budget' across the main paper and the online e-companion, ensuring that all visuals are decision-legible, operationally relevant, and adhere to journal standards.

This skill provides comprehensive guidelines for submitting manuscripts to the journal *Science of Science and Management of S&T*. It helps researchers assess the article's fit, structure, required evidence (e.g., patent quality, network analysis), and common pitfalls associated with technology policy and innovation systems research, ensuring academic rigor.

This specialized skill guides users in assessing whether their Chinese R&D or innovation management manuscript is suitable for submission to the journal Science Research Management. It helps users understand the journal's specific scope, required structure, key evidence types, and common rejection pitfalls, ensuring the work is properly framed for academic publication.

This skill guides users through the complex, year-long project lifecycle required for submitting a paper to a top-tier academic conference like SIGCOMM. It outlines key milestones, from initial venue fit and evidence locking to abstract submission, review response, and final camera-ready artifact presentation, ensuring adherence to the single annual deadline.

This skill provides a comprehensive project management framework for submitting research papers to SIGMETRICS. It guides users through the complex, multi-stage process, including evidence lock, abstract registration, handling rolling deadlines, one-shot revisions, and final publication preparation. It emphasizes backward planning heuristics and mitigating common academic failure modes.

This guide helps researchers determine the ideal venue for their cloud computing research paper. It outlines the architectural boundaries between pure systems (OSDI/SOSP), pure data management (SIGMOD/VLDB), and the systems-data intersection (SoCC). It provides crucial tests, such as the model-swap and re-label tests, and advises on necessary evidence maturity (measurement studies, experience papers) to ensure a high chance of acceptance.

A detailed project management guide for submitting research papers to major cloud computing conferences like ACM SoCC. This workflow covers the entire lifecycle, from initial venue selection and evidence locking to abstract submission, rebuttal, and final acceptance. It provides critical backward planning heuristics and warns authors about common pitfall areas, such as insufficient measurement rigor or poor anonymity handling.