Measuring What Was Said, Not Only How It Sounded: A Hybrid Deterministic and Generative Architecture for Automated Assessment of Children's Impromptu Speech

Automated speech coaching tools have converged on a narrow set of metrics: speaking rate, disfluency counts, and pause frequency. These are measured because they are cheap to measure, not because they are what makes a spoken argument good. The result is a category of products that can tell a speaker they said "um" eleven times but cannot tell them their argument was unsupported. This paper describes the architecture of a system that assesses both halves, for speakers aged 6 to 14. It advances four design claims: that delivery measurement should be deterministic rather than generative, since a language model receives text and cannot hear audio; that content quality is assessable and is the higher-value signal; that acoustic baselines must be within-subject when the speaker population is developmentally heterogeneous; and that withholding numeric scores from the end user is an assessment design decision rather than a presentation preference.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-01
DOI
https://doi.org/10.5281/zenodo.22225131
Primary Topic
Language Development and Disorders
Type
preprint
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preprint

Measuring What Was Said, Not Only How It Sounded: A Hybrid Deterministic and Generative Architecture for Automated Assessment of Children's Impromptu Speech

Almas Ansari, Haresh Krishnan
Zenodo (CERN European Organization for Nuclear Research)
Language Development and Disorders
preprint

Measuring What Was Said, Not Only How It Sounded: A Hybrid Deterministic and Generative Architecture for Automated Assessment of Children's Impromptu Speech

Almas Ansari, Haresh Krishnan
preprint en

Abstract

Automated speech coaching tools have converged on a narrow set of metrics: speaking rate, disfluency counts, and pause frequency. These are measured because they are cheap to measure, not because they are what makes a spoken argument good. The result is a category of products that can tell a speaker they said "um" eleven times but cannot tell them their argument was unsupported. This paper describes the architecture of a system that assesses both halves, for speakers aged 6 to 14. It advances four design claims: that delivery measurement should be deterministic rather than generative, since a language model receives text and cannot hear audio; that content quality is assessable and is the higher-value signal; that acoustic baselines must be within-subject when the speaker population is developmentally heterogeneous; and that withholding numeric scores from the end user is an assessment design decision rather than a presentation preference.

Zenodo (CERN European Organization for Nuclear Research)
Quality Education
Language Development and Disorders
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