Skill UI

This guide provides comprehensive strategies for drafting and revising highly technical academic papers for top-tier conferences like ASPLOS. It focuses on structuring the core argument around cross-layer insights, ensuring claims are quantifiable and bounded, and optimizing the entire manuscript to survive rapid peer review and strict page limitations.

A comprehensive preflight checklist for submitting manuscripts to major academic journals (e.g., American Sociological Review) via platforms like Sage Track. This guide ensures authors meet all technical requirements, including proper anonymity masking, adherence to specific word and length counts, proper formatting (ASA Style Guide), and managing required separate title pages, thereby minimizing avoidable desk-rejects and submission errors.

This comprehensive guide provides an audit checklist for authors preparing submissions for major technical conferences like ATC/SIGOPS. It details critical requirements, including formatting for the paired extended abstract and full paper, adherence to strict page budgets, and essential steps for maintaining double-blind anonymity. Use this checklist before final submission to avoid common pitfalls and ensure readiness for the review process.

This guide provides a detailed framework for authors to strategically place content within technical conference papers. It outlines the distinct roles of the extended abstract, main body, appendix, and artifact, ensuring that all acceptance-critical information is positioned where reviewers are required to read it. Following these rules maximizes the paper's chances of successful peer review acceptance.

A comprehensive preflight checklist for authors submitting manuscripts to the British Journal of Political Science (BJPS). This guide ensures adherence to the journal's strict double-blind anonymization rules, Cambridge/Harvard author-date style, word count limits, and technical formatting requirements before final submission.

This skill helps researchers determine if their scientific contribution—whether it is primary research, a major synthesis, a field-campaign overview, or a community essay—is best suited for the Bulletin of the American Meteorological Society (BAMS). It guides the author on the specific scope, required level of synthesis, and community significance expected by BAMS, helping to re-frame narrow technical results for a broad, interdisciplinary audience across atmospheric, oceanic, and hydrologic sciences.

A comprehensive guide for drafting a technical author response (rebuttal) for peer-reviewed academic papers (CAV). It teaches authors how to structure a rebuttal by addressing specific objections related to proof soundness, benchmark fairness, novelty, and scope, using only verifiable evidence, not future promises.

This guide outlines best practices for designing and executing Computer Aided Verification (CAV) empirical evaluations. It emphasizes ensuring evidence matches claims by using standard, pinned benchmark sets, selecting fair baselines, respecting equal resource limits, and employing rigorous reporting methods like cactus and scatter plots to establish technical soundness and performance.

Provides detailed guidelines for authors on how to accurately position their research novelty within the complex landscape of formal verification techniques, tools, and academic literature. It emphasizes shifting from a simple citation catalog to a 'delta-first' contrast, clearly articulating technical differences, crediting specific tool and benchmark lineages, and understanding the scope of related venues (e.g., CAV, TACAS, FMCAD).

This comprehensive audit guide helps authors prepare their research papers for the CAV submission portal. It covers crucial steps including selecting the correct paper category (Regular, Short Tool, etc.), adhering to LNCS formatting and page limits, and performing technical double-blind anonymity sweeps. Use this checklist to mitigate risks like identity leaks and filing errors before the final deadline.

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.

Provides comprehensive guidelines for statistical analysis and reporting in biological manuscripts, particularly in cancer research. It teaches researchers how to correctly define 'n' (distinguishing biological from technical replicates), select appropriate statistical tests (ANOVA, survival analysis, etc.), and manage multiple comparisons, ensuring high scientific rigor and reproducibility in published data.