Prompt Cards

Develop a prompt that generates an optimized HPC job schedule, considering resource allocation, data transfer times, and energy efficiency for a large-scale simulation task.

Write a detailed workflow for optimizing the execution of a large-scale scientific simulation on a supercomputing cluster, incorporating AI-assisted task scheduling and resource allocation.

Describe the process of optimizing a parallel algorithm for exascale computing, including strategies for reducing memory usage and increasing scalability. Provide examples of successful optimizations and their impact on computational efficiency.

Describe a scenario where you are tasked with optimizing the workflow of a supercomputing cluster used for climate modeling. The cluster has 10,000 cores and is running a complex simulation that requires 5 days to complete. How would you use GenAI to improve efficiency and reduce processing time?

Plan a relaxed 2-day itinerary for {{city}} with 2 must-see spots, 2 hidden gems, lunch and dinner ideas, transit tips, and a weather fallback. Add an optional kid-friendly or accessibility note.

Given goals {{goals}}, produce a daily plan with 3 most-important tasks, time blocks, and a 2-minute version for busy days. Include an end-of-day reflection checklist and tomorrow’s first step.

Take resume bullets and a job description. Rewrite bullets using STAR with measurable outcomes and keywords mirrored from the JD. Provide a compact summary paragraph. Resume: {{resume}}. JD: {{jd}}.

Create 10 interview questions for {{role}} with model answers, follow-up probes, and red flags. Include a 5-minute warm-up script and a closing summary statement.

List 5 options for {{decision}}. Build a table scoring Impact, Cost, Speed, Risk, Enjoyment (1–5). Compute a weighted score (40,20,15,15,10). Recommend one option and a backup with first next step.

For {{question}}, outline a quick research plan (queries, trusted sources). Then produce a 5-bullet answer with inline citations and a short section: what remains unknown and how to find it.

Given the code, identify 3 likely bugs and 3 improvements (readability, performance, security). Provide a minimal diff and a short rationale for each change. Code: {{code}}.

Draft a polite, concise email to {{recipient}} about {{purpose}}. Provide 3 subject lines, a body under 120 words, and a brief P.S. Add an optional Japanese and English version. Include placeholders I can personalize.