Development of the <scp>T</scp>wo‐<scp>D</scp>imensional <scp>M</scp>ood <scp>S</scp>cale for self‐monitoring and self‐regulation of momentary mood states

Sakairi, Yosuke; Nakatsuka, Kentaro; Shimizu, Takeshi

doi:10.1111/jpr.12021

Cited by 81 publications

(69 citation statements)

References 18 publications

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“…A Two-Dimensional Mood Scale (TDMS-ST) [5], POMS [6], and a verification test were applied for assessment. The Two-Dimensional Mood Scale is a psychological scale that measures psychological state (mood) upon response to eight questions.…”

Section: Assessment Methodsmentioning

confidence: 99%

A Game System for Learning Mathematics with Pacing Considering Individual Motivation and Feeling

Shikine¹,

Yamanaka²,

Hoshino³

2017

Entertainment Computing – ICEC 2017

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In these days, there are many e-learning system for studying by yourself. In these systems, learner can make their own pacing in for each learning section. But many learner needs more shorter term pacing adjusted to individual motivation and feeling in one session. Many video learning system has lack of interaction. On the other hand, novel game type e-learning system can interact to learner. But, previous novel game system can not keep the prosody information. So this paper proposed new novel game system "NOVELICA" which segmented the lesson to conversation size. And you can easily see the head of conversation with no stress by using NOVELICA. We compared with NOVELICA to previous novel game system and video learning system. And we investigate how different in these 3 contents. Finally, we found that NOVELICA is tend to be less stressful and keeping arousal in learning mathematics.

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Section: Assessment Methodsmentioning

confidence: 99%

A Game System for Learning Mathematics with Pacing Considering Individual Motivation and Feeling

Shikine¹,

Yamanaka²,

Hoshino³

2017

Entertainment Computing – ICEC 2017

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“…and "excitement-depression"). Sakairi et al (2013) reported that the psychological scale based on these evaluation axes, as shown in Figure 1, was a useful way to quantitatively describe the psychological state of the subject and its time sequential change. As shown in previous research, a psychological metric for measuring emotions is introduced and the measurement results using the scale are reduced by factor analysis.…”

Section: Evaluation Of Axes Of Emotionmentioning

confidence: 99%

A Consideration on Emotional Topology: Verbal Data Processing and Representation Applied to Athlete Statements

Aoki¹,

Hirahara²,

Kato³

et al. 2018

PSYCH

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In order to analyze emotional state and movement for desirable life, we considered a topological analysis of mind for the representative people whom were, in this case, athletes. The utterances were acquired from online articles that included statements they made during interviews. The sampled data was processed with TF-IDF, BLSOM, and fuzzy clustering technique. The resultant mapping provides a typical emotional state and movement in the extracted axes so that one can discuss the athletes' psychological transition on this map. The proposed procedure was significantly effective at presenting the player's emotional interest and motivation.

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“…Moreover, we postulated that exercise-induced changes of mood, such as arousal and pleasure levels that could be measured using psychological mood scales 15) , might be associated with exercise-induced change in executive function. Thus, combining the fNIRS neuroimaging method and the psychological measurements might provide insight into the possible physiological mechanisms underlying mild-exercise-enhanced executive function.…”

Section: Introductionmentioning

confidence: 99%

Possible neurophysiological mechanisms for mild-exercise-enhanced executive function: An fNIRS neuroimaging study

Byun

Hyodo

Suwabe³

et al. 2016

JPFSM

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Although physical activity or exercise has a beneficial effect on brain structure and function, physical activity levels are decreasing due to sedentary lifestyles in contemporary society. For this reason, there has been increasing attention paid to the practical application of mild intensity exercise, which might be more attractive to and applicable for both young and older adults with a sedentary lifestyle. Indeed, long-term mild exercise training in older adults has been shown to prevent atrophy of the prefrontal cortex as well as moderate-intensity exercise intervention. However, it is still unknown whether acute mild exercise has beneficial effects on brain function, particularly executive function, mediated by the prefrontal cortex, and underlying neural substrates. To address this question, we combined an executive-function task that has been confirmed in many neuroimaging studies to target specific neural substrates and fNIRS neuroimaging techniques that allow the monitoring of task-related cortical activation shortly after exercising. We recently demonstrated that even acute mild exercise can improve executive task performance, which was positively correlated with increased arousal level and also evoked task-related cortical activation on the left dorsolateral prefrontal cortex and left frontopolar area. Although the exact neuronal substrate is still intriguing, animal microdialysis studies have demonstrated that mild exercise increased several neurotransmitters such as acetylcholine and dopamine, which could play an important role in the mild-exercise-elicited higher cognitive function.

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Development of the Two‐Dimensional Mood Scale for self‐monitoring and self‐regulation of momentary mood states

Cited by 81 publications

References 18 publications

A Game System for Learning Mathematics with Pacing Considering Individual Motivation and Feeling

A Game System for Learning Mathematics with Pacing Considering Individual Motivation and Feeling

A Consideration on Emotional Topology: Verbal Data Processing and Representation Applied to Athlete Statements

Possible neurophysiological mechanisms for mild-exercise-enhanced executive function: An fNIRS neuroimaging study

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