The Psychology Behind Social Interaction

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Del curso dictado por University of London

Building Interactive 3D Characters and Social VR

31 calificación

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University of London

Building Interactive 3D Characters and Social VR

31 calificación

Curso 4 de 5 en SpecializationVirtual Reality

Meeting another person is one of the most amazing experiences you can have in Virtual Reality. It is quite unlike communicating through any other medium except a real life face-to-face conversation. Because the other person is life size and shares a virtual space with you, body language works in a way that cannot be done on a flat screen. This course will enable you to create realistic social interactions in VR. You will learn about both the psychology of social interaction and the practical skills to implement it in Unity3D. We will take you through the basics of 3D character animation and how to create body language. You will learn about how to make characters that can respond to players’ speech and body language. You will also learn about avatars: the virtual representation of other players, and agents: computer controlled NPC characters and how to implement both of them. As many people have said before us, social is the future of VR. This course will help you become part of the future of Virtual Reality social experiences.

De la lección

Social VR

This module brings together everything you have learned about virtual characters to talk about how you can build truly social experiences in VR.

Introduction to Social VR1:07

The Psychology Behind Social Interaction4:26

Challenges in Human-Avatar Interaction4:51

Challenges in Human-Agent Interaction4:08

Evaluation of Social Interaction in VR3:27

Self-Avatar | Implementation and Applications3:46

Summary of Social VR1:02

Conoce a los instructores

Dr Sylvia Xueni Pan
Lecturer, Department of Computing
Goldsmiths, University of London
Dr Marco Gillies
Senior Lecturer
Computing Department, Goldsmiths, University of London

Social interaction, specially face to face interaction,

defines who we are.

Telecommunication is fairly easy and common,

but when it comes to important decisions,

such as a job interview,

or a negotiation, is to like to see each other in person.

This is because in any face to face encounter,

we constantly exchange and evaluate social signals with

each other through both verbal and non-verbal channels.

We become very good at it.

From a very young age,

we learn to copy each other's facial expression, posture, gesture,

and mannerism to achieve

a smoother interaction which could then lead to a more desirable outcome.

However, our conscious brain or our main CPU has a limited bandwidth.

It can possibly cope with processing and

triggering all sorts of social signals at the same time.

Therefore, a big chunk of

this very complex procedure happens automatically subconsciously.

This has been described by Bargh and Chartrand in

1999 as the Unbearable Automaticity of Being.

This is very good for us because what I'm giving a lecture,

I just need to remember the text,

and my facial expression and gesture will happen automatically.

The fact these mechanisms are hidden from

our conscious perception makes them very difficult to study.

So nobody really understand what's going on in

the brain that drives our social interaction.

But why do we need to understand social interaction?

It's because nowadays,

our modern society becomes so much more demanding our social skills.

We are relying on our social skills to make more friends,

find a partner, get a better job,

or even get a better bargain when you shop at a market.

This is becoming problematic for those who are not so good at social interactions.

For instance, people diagnosed with autism

a cause for between 1-3 percent of the populations in the UK.

The diagnosis of autism has increased dramatically in the past decade.

Not because we all of a sudden had more cases of autism.

Autism is a neurological disorder that has always existed.

The increased diagnosis is caused by the fact that people with

autism find out more than life more and more difficult to cope with,

and this is costing a lot of money.

A recent study has shown,

autism on its own is costing the UK government at least 32 billion pounds per year.

On the other side of the spectrum,

you have people who were very good at interpreting and expressing social signals.

For instance, actors.

Some of them are making a lot of money.

As a computer scientist,

this makes me think if I can create of

which character who can act like one of those actors,

I can make a lot of money.

But in order to simulate realistic virtual characters,

I want you to first understand a bit more about social interaction.

And this works both ways.

If we can assimilate better virtual characters,

now we can use them for research in social interaction.

So basically, research in these two areas can really benefit from each other.

And if we get this right,

we could have a lot of related applications.

Training for example, for medical students to practice how to

communicate more effectively with their patients, or education.

We can have a very encouraging virtual character to teach people a foreign language.

And also entertainment.

If we can create better social agents,

then we can make games more engaging and immersive.

And at the same time,

study in social interaction also races a philosophical question.

If we behave to a great extent automatically and subconsciously,

how much is our conscious brain really responsible for our actions?

This is an important question for policymakers and research in ethics.

So the research in social interaction is also something they care about.

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