Let's talk about non-verbal communication

Let’s talk about non-verbal communication

Project leader - main PI:

Co-PI

Researchers

Project period: 2023-01-01 to 2025-12-31

Funding: Marcus and Amalia Wallenberg Foundation


Description

In this groundbreaking interdisciplinary project the fields of psychology and data science are brought together. This project investigates interpersonal psychotherapeutic interactions and their effect on treatment outcomes using AI and time series analysis. The combination of research and evaluation methods from the field of data science with the research methods of psychotherapy research, as well as the combination of verbal and non-verbal data in the evaluation strategy, creates an innovative progression in this interdisciplinary field.

The aims of this project are to use explainable artificial intelligence (XAI) and time-series technology to:

  1. Systematically document relevant dimensions involved in psychotherapeutic communication, e.g., affective expressions as well as nonverbal communication.
  2. Investigate interactive patterns and reciprocal effects of non-verbal behavior in dyadic interactions.
  3. Investigate the effects of nonverbal communication on therapy outcome.
  4. Investigate the development and processing of the so-called “working alliance” based on non-verbal dyadic communication features.
  5. Investigate the dynamic features of the “working alliance” as a continuously changing relational tool relevant for treatment outcome.
  6. Investigate early process indicators within the patient-therapist dyad with predictive potential for the outcome of psychotherapy.
  7. Develop a training model including relevant parameters for improving psychotherapeutic capacities to improve the working alliance.
  8. Improve psychotherapy education by suggesting new educational techniques in the different psychotherapy education programs in the Nordic countries.

People

Panagiotis Papapetrou, Professor
sequential and temporal data mining, explainability, healthcare applications
Ioanna Miliou, Senior Lecturer
nowcasting and forecasting, data science for social good with applications in healthcare, epidemics and peace
Luis Quintero
user modelling from time series in digital environments
Franco Rugolon
explainable machine learning for healthcare