Virtual Reality: Immersion and Presence

Related lectures (39)

Explores the components of neuro robots and compares them to actual animals.

Explore the impact of mental models and mindsets on academic success and well-being.

Explores the aims and challenges in computational neuroscience, focusing on neuronal dynamics of cognition and mean-field arguments.

Explores the nuances of infidelity, doubt, and the struggle for clarity in relationships.

Delves into the continual learning of representational models after deployment, highlighting the limitations of current artificial neural networks.

Covers the basics of digital education, including online platforms, simulations, teamwork, and virtual reality.

Explores spatial continuum models, field equations, and coupling mechanisms in computational neuroscience.

Covers the theory of reinforcement learning, exploring exploration/exploitation dilemma and continuous state/action spaces.

Explores receptive fields in neurobiology, from basic concepts to complex formations and neural plasticity.

Explores the analysis of sociotechnical networks using the example of a technological research project.

Explores sensory representations, perception, memory, cognitive control, and neural networks.

Explores cortical fields, orientation columns, solution types, and perception in computational neuroscience.

Delves into the concept of peripersonal space as a primary interface for self-environment interactions and its sensitivity to social perception.

Explores anatomic conventions, homunculus mapping, and body scheme integration in perception and action.

Delves into Virtual Reality Embodiment, emphasizing the impact of embodying different virtual bodies on perception and behavior.

Explores kinesthetic and tactile rehabilitation, haptic illusions, sensory substitution, and robotic therapy.

Explores Extended Reality, discussing immersive experiences and practical applications in various fields.

Delves into human senses, perception, sensor stimulation, VR immersion, and vision mechanisms.

Covers human senses, their stimulation, and the role of immersion in virtual reality experiences.

Covers embodied interaction in virtual reality, exploring its concepts, applications, and historical development.

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