Skill UI

Use this comprehensive guide to manage the entire project lifecycle for a CAV (Computer Aided Verification) paper submission. It provides a backward-planning timeline, covering topics from initial concept fitting and evidence locking to the two-stage review process, optional artifact evaluation, and final camera-ready submission. Essential for managing technical academic deadlines and mitigating common failure modes.

A comprehensive project management skill designed for guiding the entire lifecycle of an ACM CCS conference submission. It maps out critical milestones, including abstract registration, full-paper upload, rebuttal periods, notification, and artifact evaluation. Users can utilize the backward-planning templates and 'big-four' deadline hopping strategies to manage complex academic deadlines effectively.

This skill acts as an orchestrator for interdisciplinary academic essays, guiding users through the entire writing lifecycle of a Critical Inquiry (CI) piece. It diagnoses the project stage, determines the appropriate format (Article, Critical Response, Review), and ensures the core argument is centered on a strong, interdisciplinary theoretical intervention, preventing content drift and structural gaps.

A comprehensive project management framework for authors submitting theoretical papers to major conferences (e.g., COLT). This guide outlines the entire lifecycle, emphasizing backward planning from the deadline, milestone setting (Result Freeze, Verification Pass), and critical quality checks, including proof assembly, anonymity sweeps, and rebuttal response. It is designed to mitigate common academic writing risks and ensure a robust submission process.

A comprehensive guide for managing the entire lifecycle of major academic conference submissions (e.g., CVPR). It details critical timelines, from initial scope freezing and paper drafting to supplement submission, rebuttal writing, and resubmission strategies across different venues (ICCV, ECCV). Focuses heavily on project management and coordination to prevent process failures.

A comprehensive project management skill designed for authors preparing papers for the EACL conference. It maps out the entire single-cycle submission process, covering backward planning from the ARR deadline, rebuttal strategies, commitment decisions, and final camera-ready stages. Essential for navigating highly structured academic publication timelines and minimizing risk.

This guide outlines the complete project management workflow for major computer vision conferences like ECCV, CVPR, and ICCV. It covers the entire academic cycle, from initial registration and submission through peer review, acceptance, camera-readiness, and post-conference retargeting strategies. Useful for research teams planning multiple submissions across even and odd years.

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.

A comprehensive project management guide for preparing and submitting advanced NLP conference papers to EMNLP. It details the entire research lifecycle, including backward planning from ARR deadlines, managing data annotation timelines, coordinating team roles, and making strategic decisions (commit, revise, withdraw) to ensure successful submission.

A comprehensive project management guide for submitting interdisciplinary, responsible AI papers to major academic conferences like FAccT. It provides a detailed backward-planning timeline, covering milestones from initial abstract registration and literature review to revisions, camera-ready submission, and conference presentation, emphasizing ethical considerations and structured academic processes.

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.

This skill serves as the central orchestrator for Field Crops Research (FCR) manuscripts. It guides researchers through the entire writing lifecycle by first enforcing a critical 'scope gate' (checking for field-based, multi-environment relevance). It then intelligently routes the user based on the project stage, article type (e.g., Original Research, Review, Opinion), and necessary steps, ensuring the manuscript is scientifically viable before any content drafting begins.