Biography

Chen Wang is a Ph.D candidate of affective computing at the Computer Vision and Multimedia Lab. Her research focuses on how to recognise human impressions automatically from non-verbal cues, such as facial expressions, gestures and physiological signals. She is particularly interested in the use of multimodal and physiological measures for improving human-human and human-computer interactions.

Interests

  • Artificial Intelligence
  • Multimodal Interaction
  • Physiological Signal Processing
  • Human-computer interaction

Education

  • PhD in Affective Computing, 2020

    University of Geneva

  • MSc in Multimedia Signal Processing, 2016

    Royal Institute of Technology

  • MSC in Digital Medial Technology, 2015

    Delf University of Technology

  • BSc in Information Technology, 2013

    Central China Normal University

Teaching Assistant Experience

 
 
 
 
 

Systme l'informatique

University of Geneva

Jan 1016 – Dec 31126 Geneva
Linux and C programming
 
 
 
 
 

Interaction multimodale et affective

University of Geneva

Sep 1096 – Jan 1016 Geneva
 
 
 
 
 

Imagerie Numerique

University of Geneva

Jan 1016 – Aug 1086 Geneva

Le cours a pour but de permettre la compréhension et la pratique de diverses techniques de création et de manipulation d'images numériques. En plus des bases théoriques, l'accent est porté sur la pratique des techniques étudiées.

Détail du contenu:

  • bases: vision humaine, images numériques, modélisation de la lumière, équipement, fichiers graphiques;
  • synthèse d'images: méthodes permettant la création d'images numériques réalistes;
  • outils de l'analyse d'images: techniques de base, telles convolution et corrélation, transformée de Fourier discrète, histogrammes;
  • compression d'images: méthodes courantes telles le codage de plage, le codage entropique, les compressions JPEG et MPEG;
  • manipulation et segmentation d'images: méthodes de traitement d'images utilisées dans de nombreux logiciels, et qui permettent de modifier le contenu d'une image pour la rendre plus adaptée à l'utilisation qui doit en être faite;
  • extraction de caractéristiques et reconnaissance d'objets: méthodes d'analyse d'image qui permettent de caractériser et d'identifier les objets contenus dans une scène. Chaque partie du cours est accompagnée de travaux pratiques à réaliser individuellement et permettant la mise en application de méthode

Activities

Deep Learning

As the scientific community is heavily investing efforts in deep learning, the field is progressing at an unprecedented pace and it is therefore imperative to have events (such as this Winter School), where the latest and most important results are presented in a structured format by leading researchers in the field.

Computational Social and Behavioral Sciences

Understanding human behavior by using both computer vision and signal processing has become of major interest since the emergence of numerous applications in various domains, such as social signal processing, affective computing or human-computer interaction.

The Swiss Doctoral School (SDS) in Affective Sciences

The Center comprises research groups at the University of Geneva and also associate members from other Universities. They come from a wide range of disciplines, enabling a unique multidisciplinary approach to the study of emotions. Neuroscientists, philosophers, psychologists, computer scientists, economists, and scholars from literature, the arts, and humanities work together with the common objective of understanding emotions and their roles in cognition and behavior.

Projects

Managing First Impressions for a more Engaging Virtual Agent

In any encounter the first moments are critical and the impressions that we form of others matter.

Remote Heart Rate Detection from Frontal Face Videos

The proposed methods are based on subtle colour changes on face due to cardiovascular activities.

Recent Publications

A Comparative Survey of Methods for Remote Heart Rate Detection From Frontal Face Videos

Remotely measuring physiological activity can provide substantial benefits for both the medical and the affective computing …

Contact