Skill UI

This agent provides a critical framework for navigating corporate environments, contrasting internal jargon and process visibility (Ding In) with objective, real-world evidence and user experience (Ding Out). It helps users move beyond subjective 'feelings' or polished reports, structuring complex tasks into verifiable components: Goal, Acceptance Criteria, Action, Evidence, and Risk. Ideal for project management, status reporting, and critical thinking in a corporate setting.

A comprehensive project management guide for submitting academic papers to the AAMAS conference. It details all critical milestones, including venue fit, evidence locking, abstract submission, double-blind review, rebuttal, and final camera-ready preparation. Essential for managing complex research involving game theory and multi-agent systems.

This guide helps researchers determine the suitability of a manuscript for the ACM International Conference on Information and Knowledge Management (CIKM). It provides detailed advice on conference positioning, topic fit (IR, KM, DB, KG), evidence standards, and necessary re-framing techniques to maximize acceptance chances in top computer science venues.

This guide assists authors targeting the ACM SIGMOD conference. It provides expert advice on positioning, framing, and structuring database systems papers. It emphasizes strong algorithmic or systems contributions, realistic workloads, and necessary evidence, while also advising on routing relative to similar venues like VLDB and ICDE.

This guide helps authors tailor their manuscript to fit the specific page budget of Advanced Materials, whether it is classified as a Communication or a full Research Article. It details how to manage the length budget by coordinating text and visual display items (figures, tables) against the journal's strict typesetting page limits, ensuring the core scientific evidence remains intact while removing padding and secondary data.

A comprehensive project management guide for the entire academic lifecycle of submitting a paper to a top-tier conference like AISTATS. It maps all crucial milestones—from initial venue fit and evidence freezing to abstract submission, review discussion, and final camera-ready publication—providing backward-planning heuristics and risk assessment to ensure timely and high-quality submissions.

A comprehensive guide for transforming descriptive or mechanical drafts into highly disciplined, theory-driven, and continuous argumentative prose. It teaches authors how to adopt the 'AOS register'—anchoring every interpretive move to evidence—and master crucial elements like terminology management, self-contained abstracts, and rigorous anonymization for top-tier academic journal submissions.

A comprehensive guide for designing rigorous and robust empirical programs in Information Retrieval, Data Mining, and Knowledge Management. It outlines how to meet the stringent evidence requirements for top-tier conferences, ensuring claims are substantiated across multiple evaluation dimensions (retrieval, mechanism, scalability) and incorporating best practices for reproducibility and handling modern challenges like LLM contamination.

A methodology for refining conservation biology manuscripts, ensuring scientific findings have direct, actionable implications for biodiversity conservation. It guides authors on bridging evidence to practical management, policy recommendations, and restoration strategies, while rigorously maintaining scientific proportionality and acknowledging limitations.

A comprehensive project management guide for submitting database systems papers to EDBT. It details the complexities of the multiple-cycle rolling publication model, covering everything from initial evidence lock and cycle selection to the five-step review arc (Submission, Author Feedback, Revision, etc.). Use this to backward-plan your research timeline and manage the entire academic publishing process.

This guide provides stringent best practices for authors submitting papers to top database systems conferences (like EDBT). It emphasizes leading with a concrete data-management contribution, ensuring mechanisms are reproducible in prose, and pairing every claim with rigorous, real-world evidence. It also dictates how to manage scope and adhere to publishing constraints.

This guide provides a comprehensive project management workflow for submitting research to the USENIX FAST conference. It covers the entire academic lifecycle, detailing milestones from initial topic selection and evidence locking to double-blind submission, author response, and managing the complex two-deadline cycle, including potential one-shot revisions. Use this to back-plan your research schedule based on concrete storage measurement timelines.