A Comprehensive Analysis of Information Quality in E-Learning: An Example of Online Learning with Brainly

Evaluating information quality within these applications becomes paramount to ensure student satisfaction, involving assessments of completeness, relevance, and other factors. To address this concern, the study employs the quality of information system (QIS) model, focusing on characteristics that enhance the value of information. An analysis, grounded in time, content, and form dimensions, offers a comprehensive and quantitative understanding of the current state of information quality in e-learning applications such as Brainly. Consequently, many students in various regions, particularly Madiun, expressed satisfaction with the time, content, and form of the information provided by Brainly, resulting in an information quality score of 81%. This study contributes to the dimensions of time and form within the Brainly application. Emphasizing these dimensions yields valuable insights into the application's advantages from the users' perspective and provides recommendations for enhancing the Brainly application's capacity to deliver timely information and offer a user-friendly experience.

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Publication Details

Journal
TEM Journal
Published
2024-11-27
DOI
https://doi.org/10.18421/tem134-55
Primary Topic
Blockchain Technology in Education and Learning
Type
article
Field-Weighted Citation Impact
0.00

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article

A Comprehensive Analysis of Information Quality in E-Learning: An Example of Online Learning with Brainly

Endang Gunarti, Imam Yuadi, Chih‐Chien Hu, Koko Srimulyo et al.
TEM Journal
Blockchain Technology in Education and Learning
article

A Comprehensive Analysis of Information Quality in E-Learning: An Example of Online Learning with Brainly

Endang Gunarti, Imam Yuadi, Chih‐Chien Hu, Koko Srimulyo, Friska Dwi Pratiwi, Imroatus Sholehah Afifah Indarwati
article en

Abstract

Evaluating information quality within these applications becomes paramount to ensure student satisfaction, involving assessments of completeness, relevance, and other factors. To address this concern, the study employs the quality of information system (QIS) model, focusing on characteristics that enhance the value of information. An analysis, grounded in time, content, and form dimensions, offers a comprehensive and quantitative understanding of the current state of information quality in e-learning applications such as Brainly. Consequently, many students in various regions, particularly Madiun, expressed satisfaction with the time, content, and form of the information provided by Brainly, resulting in an information quality score of 81%. This study contributes to the dimensions of time and form within the Brainly application. Emphasizing these dimensions yields valuable insights into the application's advantages from the users' perspective and provides recommendations for enhancing the Brainly application's capacity to deliver timely information and offer a user-friendly experience.

TEM Journal
Universitas Airlangga (ID), Tatung University (TW)
Universitas Airlangga
Quality Education
Openalex Percentile: Top 66%
Blockchain Technology in Education and Learning
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