Lectures related to Virtual Humans: Core Believability Factors

Covers the basics of robotics, including perception, action, and the sensorimotor loop.

Covers the programming of GUI elements using Matlab/Octave, including user interaction and file handling.

Highlights the sensory decoding of architecture and the user's role in shaping space.

Presents TunesTogether, an app for synchronous music listening and recommendations among users.

Explores Matlab/Octave widgets, time management, and structures for efficient programming.

Covers the process of creating a simple mosaic using a programming tool.

Covers the basics of HCI, emphasizing usability, playfulness, and the importance of professional training in design.

Explores Maker Movement trends, learning gains, coding schemes, and tangible interfaces.

Introduces functions for input and output operations in a program.

Discusses motion capture for realistic virtual humans and the balance of CPU/GPU use.

Covers the architecture of a project using GTKmm4 and the MVC design pattern for graphical applications.

Introduces LabVIEW programming basics, covering user interface, data types, file handling, and error management.

Explores the development of intelligent systems to assist people in various life situations.

Delves into the debate between naturalism and magic in 3D interaction, exploring challenges and approaches.

Covers event-driven programming with GTKmm4, focusing on non-blocking input and user interaction management.

Covers the basics of Virtual Reality, focusing on immersive interaction technologies and key interface modalities.

Delves into the history of HCI and predicts future trends in natural interaction and software importance.

Delves into Virtual Humans' expressive movements and the uncanny valley phenomenon in computer animation.

Explains design scenarios, requirements, and a wine recommendation case study.

Explores the human-centric view of Twitter, covering user interactions, geolocation, hashtags, and real names.