PromptSuite: A Task-Agnostic Framework for Multi-Prompt Generation

Fuente: arXiv
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Autori principali: Habba, Eliya, Dahan, Noam, Lior, Gili, Stanovsky, Gabriel
Natura: Preprint
Pubblicazione: 2025
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author Habba, Eliya
Dahan, Noam
Lior, Gili
Stanovsky, Gabriel
author_facet Habba, Eliya
Dahan, Noam
Lior, Gili
Stanovsky, Gabriel
contents Evaluating LLMs with a single prompt has proven unreliable, with small changes leading to significant performance differences. However, generating the prompt variations needed for a more robust multi-prompt evaluation is challenging, limiting its adoption in practice. To address this, we introduce PromptSuite, a framework that enables the automatic generation of various prompts. PromptSuite is flexible - working out of the box on a wide range of tasks and benchmarks. It follows a modular prompt design, allowing controlled perturbations to each component, and is extensible, supporting the addition of new components and perturbation types. Through a series of case studies, we show that PromptSuite provides meaningful variations to support strong evaluation practices. All resources, including the Python API, source code, user-friendly web interface, and demonstration video, are available at: https://eliyahabba.github.io/PromptSuite/.
format Preprint
id arxiv_https___arxiv_org_abs_2507_14913
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle PromptSuite: A Task-Agnostic Framework for Multi-Prompt Generation
Habba, Eliya
Dahan, Noam
Lior, Gili
Stanovsky, Gabriel
Computation and Language
Evaluating LLMs with a single prompt has proven unreliable, with small changes leading to significant performance differences. However, generating the prompt variations needed for a more robust multi-prompt evaluation is challenging, limiting its adoption in practice. To address this, we introduce PromptSuite, a framework that enables the automatic generation of various prompts. PromptSuite is flexible - working out of the box on a wide range of tasks and benchmarks. It follows a modular prompt design, allowing controlled perturbations to each component, and is extensible, supporting the addition of new components and perturbation types. Through a series of case studies, we show that PromptSuite provides meaningful variations to support strong evaluation practices. All resources, including the Python API, source code, user-friendly web interface, and demonstration video, are available at: https://eliyahabba.github.io/PromptSuite/.
title PromptSuite: A Task-Agnostic Framework for Multi-Prompt Generation
topic Computation and Language
url https://arxiv.org/abs/2507.14913