Exploiting peer trust and semantic similarities in the assignment assessment process
Exploiting peer trust and semantic similarities in the assignment assessment process
In many scenarios, the assessment by a single expert of all the content produced by an individual may be impractical due to the overall vast amount of content to be assessed by the expert. Examples are, for instance, online education services with thousands of students or scientific papers submitted to a conference that have to be assessed by program chairs in a short time period. Leveraging peer evaluations is a crucial strategy to mitigate assessment burdens and reduce the time required to deliver the expected results. This paper revisits the foundational concept of Personalised Automated Assessment (PAAS), which seeks to approximate the assessments of a particular community member, known as the leader, by integrating the peer assessments among the other community members of their answers to an assignment. Our extension of PAAS enhances its machine learning capabilities by integrating in the algorithm the semantic similarity among peer assessments to improve its prediction power. Experimental validation using synthetic and real-world datasets shows the efficacy of our extension, reducing prediction errors and increasing accuracy, especially in scenarios where the several assignments are significantly similar with one another.
Community assessment, collective intelligence, trust and reputation
237-254
Lefebre-Lobaina, Jairo Alejandro
6934b456-21cb-47ff-ac5d-8b8e069d62ae
Georgara, Athina
76b3b7b3-4693-4363-9ade-c655b86199ae
Sierra, Carles
24e946a0-26d9-4513-8e20-df3733e86b6b
20 June 2025
Lefebre-Lobaina, Jairo Alejandro
6934b456-21cb-47ff-ac5d-8b8e069d62ae
Georgara, Athina
76b3b7b3-4693-4363-9ade-c655b86199ae
Sierra, Carles
24e946a0-26d9-4513-8e20-df3733e86b6b
Lefebre-Lobaina, Jairo Alejandro, Georgara, Athina and Sierra, Carles
(2025)
Exploiting peer trust and semantic similarities in the assignment assessment process.
Collier, Rem, Nallur, Vivek, Ricci, Alessandro, Burattini, Samuele and Omicini, Andrea
(eds.)
In Multi-Agent Systems - 21st European Conference, EUMAS 2024, Proceedings.
vol. 15685 LNAI,
Springer Cham.
.
(doi:10.1007/978-3-031-93930-3_14).
Record type:
Conference or Workshop Item
(Paper)
Abstract
In many scenarios, the assessment by a single expert of all the content produced by an individual may be impractical due to the overall vast amount of content to be assessed by the expert. Examples are, for instance, online education services with thousands of students or scientific papers submitted to a conference that have to be assessed by program chairs in a short time period. Leveraging peer evaluations is a crucial strategy to mitigate assessment burdens and reduce the time required to deliver the expected results. This paper revisits the foundational concept of Personalised Automated Assessment (PAAS), which seeks to approximate the assessments of a particular community member, known as the leader, by integrating the peer assessments among the other community members of their answers to an assignment. Our extension of PAAS enhances its machine learning capabilities by integrating in the algorithm the semantic similarity among peer assessments to improve its prediction power. Experimental validation using synthetic and real-world datasets shows the efficacy of our extension, reducing prediction errors and increasing accuracy, especially in scenarios where the several assignments are significantly similar with one another.
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Published date: 20 June 2025
Keywords:
Community assessment, collective intelligence, trust and reputation
Identifiers
Local EPrints ID: 509292
URI: http://eprints.soton.ac.uk/id/eprint/509292
ISSN: 0302-9743
PURE UUID: 6781ff6e-4976-4ec6-9188-e3675782256c
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Date deposited: 18 Feb 2026 17:35
Last modified: 19 Feb 2026 03:14
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Contributors
Author:
Jairo Alejandro Lefebre-Lobaina
Author:
Athina Georgara
Author:
Carles Sierra
Editor:
Rem Collier
Editor:
Vivek Nallur
Editor:
Alessandro Ricci
Editor:
Samuele Burattini
Editor:
Andrea Omicini
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