skill-jiang

Predict future lecture topics from historical prefixes with scored reveal cycles.

Updated Feb 8, 2026
One-click install
npx skills add https://github.com/rbtkhn/grace-mar --skill skill-jiang
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: skill-jiang
Source: https://github.com/rbtkhn/grace-mar/tree/main/.cursor/skills/skill-jiang
Command: npx skills add https://github.com/rbtkhn/grace-mar --skill skill-jiang

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps operators make evidence-grounded predictions about the next lecture in a sequence without leaking future information or relying on hindsight.

Core Features & Use Cases

  • Prefix-Only Forecasting: Builds ranked hypotheses from only the available lecture history and prior scored adjustments.
  • Closed-Loop Calibration: Reveals outcomes, scores predictions, and distills durable heuristics while maintaining audit trails.
  • Use Case: Researchers analyzing a serialized lecture corpus can use this Skill to forecast upcoming topics, measure prediction accuracy, and refine forecasting rules over multiple rounds.

Quick Start

Use the skill-jiang skill to predict the next lecture using only the available prefix evidence and record the scored adjustment.

Frequently Asked Questions about skill-jiang

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I forecast future lecture topics without leaking future information or hindsight bias?

Lecture forecasting without information leakage requires prefix-only evidence handling to build ranked hypotheses from available history. This Skill prevents hindsight bias by enforcing scored reveal cycles and maintaining audit logs for iterative calibration during forward-chain experiments.

What is blind testing for serialized lecture analysis and how does calibration work?

Blind testing for serialized lecture analysis involves predicting upcoming topics using only constrained historical prefixes. Calibration works by revealing outcomes, scoring predictions, and distilling durable heuristics to refine forecasting rules over multiple iterative rounds.

How do I set up a research workflow for prediction tracking and iterative calibration?

Setting up a prediction tracking workflow requires defining prefix-only evidence constraints and applying scored reveal cycles. This Skill generates audit logs and heuristic refinements, yielding reliable forward-chain experiments and measured forecasting accuracy over time.

Can I use this approach to analyze a serialized lecture corpus and refine forecasting rules?

Yes, researchers analyzing a serialized lecture corpus can use this approach to forecast upcoming topics and measure prediction accuracy. It applies closed-loop calibration to distill durable heuristics and refine forecasting rules across multiple scored rounds.

What are the limitations of prefix-only forecasting for research workflows?

Prefix-only forecasting is limited to constrained historical prefixes, preventing the use of future information or hindsight. It requires strict scored reveal cycles and audit logs to maintain reliability, making it unsuitable for unstructured or non-serialized lecture analysis.