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Affective Computing and Intelligent Interaction, 2 conf., ACII 2007

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

Paiva, Rui Prada, Rosalind W. Knowledge and Information Systems 7 3 , 358—386 2005 22. To establish this a random set of feature points were removed from each facial expression in the test set and reconstructed using each of these techniques. Evidence of the strong relationship between learning and emotion has fueled recent work in modeling affective states in intelligent tutoring systems. Interestingly, 77% of the neutral trials that were not felt were recognized by observers as neutral at rates better than chance. Preliminary results obtained by computing SampEn on two expressive features, smoothness and symmetry, are provided in a video available on the web. What is not visible here is that the class averages of some of the features, for English speaking listeners, were often further apart than for Hebrew speakers.

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Affective computing and intelligent interaction : second international conference, ACII 2007, Lisbon, Portugal, September 12

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

An example is presented in figure 3. It is not able to detect the presence of emotion except when the global intonation leaves the framework of the linguistic intonation. They report that humans achieved a recognition rate of 59% for point-light and 71% for full video stimuli. Lola Ca˜ namero and Orlando Avila-Garc´ıa 398 Enthusiasm and Its Contagion: Nature and Function. Few studies have as yet conducted a comprehensive comparison of the relative importance of each type of feature. Instead, there are a number of alternative methods for computing an estimate for the example E.

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People

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

Le Chenadec Up to now learning processes come up against two main problems: the identity of the features to be extracted and the method to combine these features. In: , Chin-Sheng, , Joaquim, , Isabel, , José eds. Agreement between judges in both groups, for both scales Kappa Kendall Hebrew speakers Activation Valence 0. Keyson 757 Real Emotion Is Dynamic and Interactive. Note that the first five parameters are sufficient to characterise the basic glottal pulse shape. In this paper we will look into reactive models for embodied conversational agents for generating smiling behavior.

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Affective Computing And Intelligent Interaction

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

The affective information represented by speaker in natural spiritual state is still a challenged work. October 22-24, 2005, Beijing, China. Two persons are playing cards. Moreover, in all cases the predicted answers occurred more often than any other answer. Turn-Level: Emotion Recognition from Speech Considering Static and Dynamic Processing.

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Affective Computing and Intelligent Interaction: Second by Ana Paiva, Rui Prada, Rosalind W. Picard

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

As a result, it can either increase, decrease the intensity of facial expression, or even totally inhibit it. Activation was correlated to several types of features, whereas Valence was correlated mainly to intensity related features. Results show that reactive models can offer an interesting contribution to the generation of smiling behaviors. In International Journal of Human-Computer Studies, 65 8 pp. As mentioned in Section 3, other types of features, e. Virtual Reality 8 4 , 201—212 2005 2.

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Affective computing and intelligent interaction : second international conference, ACII 2007, Lisbon, Portugal, September 12

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

Facial expression plays an important role in face to face communication in that it conveys nonverbal information and emotional intent beyond speech. This talk will highlight some of the most interesting findings from recent work together with stories of personal adventures in emotion measurement out in the wild. Shen Zhang, Zhiyong Wu, Helen M. The mouth region of human face possesses highly discriminative information regarding the expressions on the face. Reichardt 716 Interpolating Expressions in Unit Selection.

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People

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

This fact has inspired research in the area of automatic sentiment analysis. These principal components are combined in a matrix Φ. Indeed, the voice is a conveyor of expression of the speaker' s characteristics age, gender, timbre, personality, geographical origin, social background, etc. The following short-cuts are used: L: Left, R: Right, B: Back, F: Front. Results furthermore suggest that the dynamics of the individual parameters are likely to be important in differentiating among the emotions. Peña and Rui Prada and Guilherme Raimundo and Pedro Santos, Proceedings of the Fourth Conference of Videojogos, pg.

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Affective Computing and Intelligent Interaction: 4th International Conference, ACII 2011, Memphis, TN, USA, October 9

affective computing and intelligent interaction prada rui picard rosalind w paiva ana

The process of creating an animated film involves first recording the soundtrack and then adding the animation. Another obvious conclusion is that we are generating irrelevant and redundant features. The 3D animation parameters of an image sequence can be seen as the observation of a stochastic process which can be modeled by a linear State-Space Model, the Kalman Filter. However, laughs can contain many other sounds. Additionally, the computational model includes the process of mood decay, as usually observed in people, expanding its application domain beyond that of pure simulation, like games. In this work we examine the use of State-Space Models to model the temporal information of dynamic facial expressions. The corpus is recorded with 18 synchronised audio and video sensors, and is annotated for many different phenomena, including dialogue acts, turn-taking, affect, head gestures, hand gestures, body movement and facial expression.

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