Skill UI

This skill provides a comprehensive assessment framework for submitting manuscripts to the journal 'Systems Engineering Theory and Practice.' It helps researchers determine the manuscript's fit, required methodological depth (e.g., modeling, algorithms), structural adherence, and potential revision paths. It serves as a crucial guide to meet the high academic standards of a specialized systems engineering publication.

A comprehensive guide for authors targeting The EMBO Journal. This tool helps assess if a mechanistic molecular or cell biology manuscript is a good fit for the journal's rigorous standards. It covers required mechanistic depth, multi-line evidence expectations, house style, and provides a detailed, up-to-date submission checklist, ensuring authors maximize their chances of successful publication.

This skill guides authors on positioning foundational and conceptually general robotics research for submission to The International Journal of Robotics Research (IJRR). It evaluates the manuscript's depth, generality, and conceptual framework, helping authors re-frame single-demonstration results into field-advancing principles. It also assists in choosing between IJRR and competing venues like IEEE Transactions on Robotics (T-RO).

This skill helps authors assess if their manuscript (covering theology, philosophy, or religious history) is a strong fit for The Journal of Religion. It provides exhaustive guidance on scholarly requirements, argument depth, methodological rigor, and submission norms, ensuring the work meets the high standards of a broad, generalist academic audience.

This skill analyzes whether an analytic philosophy manuscript meets the extremely high standards of top-tier generalist journals like The Philosophical Review. It assesses the originality of the thesis, the rigor of the argument, the depth of engagement with strongest objections, and overall suitability for publication in highly selective academic venues.

This guide assists authors in assessing whether their plant molecular or cell biology research meets the high mechanistic depth and rigor required by The Plant Cell journal. It covers required scope (e.g., hormone signaling, stress response), evidence standards (e.g., co-IP, ChIP-seq), and structural guidelines for maximizing submission quality and suitability.

This detailed guide helps researchers determine the optimal top-tier venue (e.g., USENIX Security, IEEE S&P, ACM CCS) for their security research paper. It emphasizes that venue selection must be based on the committee's core expertise and the existence of reusable artifacts, measurements, or systems evidence, ensuring the work has the necessary technical depth to succeed.

This comprehensive guide is designed for authors submitting manuscripts in water science or engineering. It details the high standards, scope, and expected rigor for the flagship journal, Water Research. It covers the necessary depth of mechanistic or methodological advances, strict experimental design requirements (including mass balances and controls), and the IMRaD structure required for publication.

A comprehensive guide for authors submitting policy or management papers, detailing the required structure and depth for the institutional background section. It ensures the manuscript meets the high standards of major academic journals by providing a four-part framework, timeline requirements, and linking the policy context directly to the identification strategy.

This skill provides an in-depth, entity-level scorecard for clinical or biomedical Named Entity Recognition (NER) models. It calculates precision, recall, and F1 scores (both strict and partial match modes) using a user-supplied gold corpus. Key features include per-label error breakdown, a confusion matrix, and detailed False Negative/False Positive analysis, essential for debugging model performance in highly sensitive medical domains.

This specialized skill is designed for in-depth security and forensic analysis of Windows secrets protected by DPAPI. It maps the entire lifecycle of encrypted credentials, tracing the flow from the initial protected blob or masterkey through the context unwrapping (e.g., user logon, machine context, domain backup keys) to the specific service that finally accepts the plaintext secret. Use this to prove the decisive access edge in a complex compromise scenario.

This skill provides a structured way to understand complex codebases, functions, or architectural concepts. It allows the user to specify the depth of explanation (Simple, Standard, Deep), ensuring the output covers purpose, step-by-step flow, key decisions, and trade-offs for maximum learning efficiency.