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#What does touch tell us about emotions in touchscreen-based gameplay?

• In this paper, finger-stroke features during gameplay on an iPod were extracted and their discriminative power analysed

• When the player’s stress level is high, the player’s character assumes the

predicting mobile user emotion from finger strokes

• In this work, we propose a simpler model to predict the affective state of a touch screen user. The prediction is done based on the user’s touch input, namely the finger strokes.
• The validation study demonstrates a high prediction accuracy of 90.47 %.

• This paper presents and discusses key issues in “affective computing,” computing that relates to, arises from, or influences emotions.

• How advances in affective computing, especially combined with wearable computers, can help advance emotion and cognition theory
• Once the emotion process is initiated, deliberate cognitive processing and physiological activity may influence the emotional experience, but the generation of emotion itself is hypothesized to be a perceptual process.
• People are quick to polarize thoughts and feelings as if they were opposites. But, neurologically, the brain draws no hard line between thinking and feeling:
• Years of studies on patients with frontal-lobe disorders indicate that impaired ability to feel yields impaired ability to make decisions; in other words, there is no “pure reason” . Emotions are vital for us to function as rational decision-making human beings.
• A machine will not pass the Turing test unless it is also capabl

using FCM and FKM

• To determine the changes in the electrical activity of the human brain related to distinct emotions.

• Use neural signals to find relationship between psychological changes and emotions
• EEG signals have four types of frequency rhythms