Performing software engineering (SE) tasks requires the activation of software developers’ brain neural networks. Electroencephalography (EEG) microstate analysis emerges as a promising neurophysiological method to i...
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Performing software engineering (SE) tasks requires the activation of software developers’ brain neural networks. Electroencephalography (EEG) microstate analysis emerges as a promising neurophysiological method to investigate the spatiotemporal dynamics of brain networks at high temporal resolution. An EEG microstate represents a unique topography of electric potentials over the multichannel EEG records. However, academia has neglected classifying published studies on EEG microstate analysis related to SE. Hence, a careful understanding of state-of-the-art studies remains limited and inconclusive. This article aims to classify studies on the EEG microstate analysis in cognitive SE tasks. We conducted a systematic mapping study following well-established guidelines to answer ten research questions. After careful filtering, 54 primary studies (out of 1.545) were selected from 8 electronic databases. The main results are that most primary studies focus on revealing brain dynamics, exploring a wide range of EEG microstate application contexts and experimental tasks, running empirical studies in a controlled environment, using K-means as a clustering method, applying ICA-based strategy to filter artifacts, such as muscle activity and eye blinks. However, No study has applied EEG microstate analysis to SE, highlighting a significant gap and the need for further research. Finally, this article presents a classification taxonomy and identifies critical challenges and future research directions.
This Festschrift volume includes a collection of papers written in honor of the accomplishments of Professor Yonezawa on the occasion of his 65th birthday in 2012. With a few exceptions, the papers in this Festschrift...
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ISBN:
(数字)9783662444719
ISBN:
(纸本)9783662444702
This Festschrift volume includes a collection of papers written in honor of the accomplishments of Professor Yonezawa on the occasion of his 65th birthday in 2012. With a few exceptions, the papers in this Festschrift were presented at an international symposium celebrating this occasion. Also included are reprints of two of Professor Yonezawa's most influential papers on the programming language ABCL. The volume is a testament strong and lasting impact Professor Yonezawa's research accomplishments as well as the inspiration he has been to colleagues and students alike.
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