liveBook · Manning

Benchmark

As explained in The Art of AI Product Development

A benchmark is a standardized dataset, task, or evaluation procedure used to compare model capabilities or performance.

A benchmark is a standardized dataset, task, or evaluation procedure for comparing language-model capabilities or performance. It provides an objective starting point for model selection, release criteria, and optimization, but does not replace testing against real users, tasks, and datasets. section 5.4.2 section 5.4.1

Use benchmarks as part of a broader evaluation strategy:

  • Inspect public benchmarks and choose proxies close to the target application. section 5.4.2
  • Compare model results using task-specific metrics, such as exact match or character-level accuracy. section 5.4.2
  • Add custom, outcome-oriented measures for requirements such as accuracy, readability, brand alignment, latency, governance, and cost. section 5.4.1 section 5.5
  • Validate shortlisted models on real-world tasks and datasets because public leaderboards change and may not predict application performance. section 5.4.1

Content-generation model selection

A content-generation feature can use MMLU and HELM to inspect broad linguistic performance, ARC and SQuAD to examine factual question answering, and application-specific tests to assess the quality and speed of drafts and edits. section 5.4.2 section 5.4.1

Table 5.2 Common benchmarks for LLM evaluation

MMLU

The Massive Multitask Language Understanding benchmark is used to evaluate the performance of LLMs on a wide variety of tasks.

AGIEval

The Artificial General Intelligence Evaluation benchmark is designed to test the capabilities of LLMs on tasks that are typically challenging for humans and are often used to evaluate human intelligence.

ARC

The Abstraction and Reasoning Challenge (ARC) benchmark is specifically designed to evaluate the reasoning abilities of AI models by testing them on multiple-choice science questions aimed at middle school students.

SQuAD

The Stanford Question Answering Dataset is a widely used benchmark in natural language processing (NLP), designed to evaluate a model’s ability to understand and generate answers from text.

QuAC

The Question Answering in Context dataset is designed to evaluate how well models can handle conversational question answering.

DROP

The Discrete Reasoning Over Paragraphs dataset is designed to test a model’s ability to perform discrete reasoning on reading comprehension tasks.

Browse a reference table of common language-model benchmarks, including MMLU, AGIEval, ARC, SQuAD, and QuAC, with their evaluated capabilities. section 5.4.2

How The Art of AI Product Development covers it

How deep it goes
Defines public and custom benchmarks, names task metrics, and stops short of treating leaderboard results as sufficient evidence.
Examples
Uses MMLU, HELM, ARC, SQuAD, and QuAC to illustrate broad, reasoning, and question-answering evaluation.
What you can do after
Evaluate language models with public benchmarks, then extend comparisons using custom metrics and real-world application tests.
How it connects
Connects model selection, custom evaluation, fine-tuning, real-world testing, and user feedback.

Also explained in

Compare how 23 books explain benchmark →

Related concepts

This explainer was generated by Manning's knowledge graph from the text of The Art of AI Product Development. The section links point to the parts of the book it draws on.