Skill UI

A comprehensive coach designed to guide students and researchers through the entire scholarly writing lifecycle. This skill covers structuring complex academic works—including research papers (IMRaD), theses, dissertations, grant proposals, and conference abstracts. It teaches fundamental writing principles, proper source integration, avoiding plagiarism, and navigating diverse citation styles (APA, MLA, Chicago, GB/T 7714), helping users develop an independent, professional academic voice.

This tool acts as a throughput-first pressure test for any major engineering initiative, including delivery commitments, hiring plans, or team restructuring. It systematically interrogates six critical dimensions—such as DORA metrics, cycle time, team structure, and production maturity—to ensure that any proposed plan is robust, operationally sound, and optimized for maximum delivery velocity.

This tool assists researchers in structuring complex academic papers by systematically mapping specific claims within designated sections (Introduction, Method, Results, Discussion) to available BibTeX citation keys. By planning citations beforehand, users can ensure proper citation density, maintain structural integrity, and guarantee that every critical claim is adequately supported according to the paper's required style and focus.

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.

This skill provides explicit, pedagogical instruction on complex CrossFrame concepts. It is designed to move beyond simple definitions by structuring the output into plain language explanations, conceptual mapping, common misreading boundaries, real-world signals, and practical exercises. It is ideal for users who need deep, structured, and comprehensive understanding of complex theoretical frameworks.

This skill transforms the current workspace into a comprehensive, stateful teaching environment. It guides the user through deep, multi-session learning by structuring content into core components: a defined mission, reference materials, curated resources, structured lessons, and continuous learning records. It employs educational best practices (spaced repetition, retrieval practice) to ensure long-term knowledge retention.

This guide assists in polishing and formatting academic manuscripts for high-level geographical journals. It ensures adherence to specific academic standards, such as the Chicago Manual of Style (author-date), managing strict word count caps, and structuring the argument to be legible to a broad, interdisciplinary audience. It focuses on elevating prose from subfield jargon to broadly readable academic discourse.

This guide provides detailed rules for structuring supplementary material (technical appendices, code/data ZIPs, multimedia) for AAAI submissions. It emphasizes that core contributions and essential evidence must reside in the main paper, while appendices should only deepen the argument. It covers guidelines for maintaining double-blind anonymity, ensuring immutability, and achieving reproducibility.

A comprehensive guide for structuring and writing high-quality AI research manuscripts intended for major academic conferences (e.g., AAAI). It teaches how to structure the first page for maximum impact, clearly state contributions (method, theory, system, etc.), ensure two-column readability, and address ethical limitations to appeal to a broad, non-specialist committee audience.

A comprehensive guide on writing literature reviews and related work sections, specifically tailored for high-impact journals like Acta Automatica Sinica (AAS). It teaches authors how to frame their research by focusing on the incremental contribution (delta), moving beyond simple literature listing to establish clear gaps, contrasting current limitations, and rigorously defining the work's novelty in a structured manner.

Provides comprehensive guidelines on structuring academic manuscripts for Acta Automatica Sinica (AAS). Learn how to effectively separate core contributions (main text) from supporting details, such as lengthy proofs, supplementary simulations, and extensive datasets, ensuring the paper remains concise and highly readable while maintaining scientific completeness for reviewers.

This guide helps academic authors structure the final 'Contribution and Implications' section of accounting manuscripts. It provides detailed guidelines on transitioning from theoretical findings to concrete, actionable suggestions for standard-setters, regulators, and practitioners, ensuring the work meets high standards of academic rigor and real-world relevance.