A multimodal affective monitoring tool for mobile learning

Benta, Kuderna-Iulian; Cremene, Marcel; Vaida, Mircea-Florin

doi:10.1109/roedunet.2015.7311824

Cited by 5 publications

(2 citation statements)

References 7 publications

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“…The most important features of e-learning are the ability to access learning material anytime and anywhere, especially with the proliferation of fifth generation telecommunications (5G). E-learning is not tied to computer-based systems, and can be used on smart mobile devices, so it can help increase educational productivity by applying group teaching to students ( Benta et al, 2015 ). Despite the advantages that e-learning offers, there are some limitations and drawbacks that limit its spread.…”

Section: Introductionmentioning

confidence: 99%

The use of facial expressions in measuring students’ interaction with distance learning environments during the COVID-19 crisis

Maqableh¹,

Alzyoud

Zraqou

2023

Visual Informatics

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Section: Introductionmentioning

confidence: 99%

The use of facial expressions in measuring students’ interaction with distance learning environments during the COVID-19 crisis

Maqableh¹,

Alzyoud

Zraqou

2023

Visual Informatics

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“…Concrete challenges of such a platform could be better understood when an affective aware developer aims for high precision in multimodal mobile affective applications [13]. Real life (mobile) facial expressions recognition systems are also demanding for high computing resources [14].…”

Section: Discussionmentioning

confidence: 99%

The affinity Platform: Modular Architecture based on Independent Components (S)

Ardelean¹,

Benta²

2019

International Conferences on Software Engineering and Knowledge Engineering

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This paper presents the Affinity Platform, a plugin platform for developing software systems centered around the idea of Independent Components. "Independent" refers to the ability of a plugin to run on a machine not just as part of a software system but also on its own. This way, software systems can be built out of chains of Independent Components, making it easier to partially reuse their Components and also to extend these systems in the future. The Affinity Platform uses a graphical user interface to represent a software system in the shape of a diagram. By analyzing this diagram, it can generate linking scripts for Components. The Affinity architecture also facilitates the development of distributed and parallel software systems, as Components are capable of operating independently on different threads and machines. The Affinity Platform was used in the development of an emotion recognition application in a multimodal setup running on a mobile and resource-scarce medium. In this scenario, the strongest points of the platform were the ability to offload code to other machines, the ease of adapting the system to different sensor setups, and the convenience of developing Components individually and only having to connect them at the end.

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