Science

Augmented Reality: Bridging the gap between the physical and the digital world

Dijkstra
preip
There has been a lot of talk about Virtual Reality (VR), but still there are very little applications to enhance our everyday lives outside of entertainment. Augmented Reality (AR), the less known sibling of VR, has the power to have a more profound impact on our lives than VR ever could. Instead of replacing the real world with a virtual one, AR enhances the reality with virtual content. Therefore, AR can be a gateway for people in accessing and understanding todays technology and could provide vast possibilities to support our everyday lives, e.g., for navigation, traveling, or education. This talk will give an overview on AR in general and explain its possible benefits and use cases, as well as the issues that may arise, e.g., regarding privacy, data security, as well as psychological and sociological challenges. The talk requires no special knowledge and is suited for people with little exposure to AR and mixed reality, but it will also give insights into current relevant research and development.
The recent renaissance and the technical advance brought Virtual Reality (VR) into the spotlight of the mainstream media and led to many promises of a upcoming VR revolution. But despite the abundance of VR headsets, the profund impact into our everyday lives is still not on the horizon. However, hidden in the shadows of VR, Augmented Reality (AR) has a much higher potential to change our lives. In contrast to VR, which aims to replace our physical reality with a virtual one, AR expands our physical world with virtual content. While VR disconnects us from the world, AR bridges the gap between the real and the digital world. Research in last decades focused mostly on specialized and professional use, e.g., in medicine or the industry. Nonetheless, there are a lot of applications for everyday usage, like navigation, traveling, education, and others. Probably the most important promise of AR is that it can help mend the ever increasing breach between humans and technology. Todays technical systems are often to complex, processes to distributed for humans to fully understand the function and state of systems. With AR we can superimpose these information directly on our physical world, visualizing data flows and connections, and make technology understandable again. Despite these opportunities to improve our lives, AR also harbors possible dangers for our society. Looking at the development of the smartphone ecosystems, there will very likely be a few closed systems controlled by their respective globally operating manufacturer. The Microsoft HoloLens is an early example of this likely trend with supporting only applications of windows universal platform. This implies the danger that these concerns have a vast control over the devices itself and with AR could literally dictate what we are allowed to see and what not. Privacy is also an important factor. To function in a satisfactory manner, AR headsets need a very good positional tracking and a video feed of what the user is currently seeing. To make sense of these informations, cloud-services will very likely be involved. This means sending what is basically a live feed of a persons live to somewhere in the vast expanse of the web. It's very hard to think of data that is any more sensitive than this. Therefore the challenge is how to make sure the data is handled responsibly and remains in the control of the user. Furthermore, AR can also be used for services, which are not in the best interest of the user, like personalized advertisements that, in a worst case scenario, could be superimposed on any surface. Last but not least, there are also some psychological and sociological challenges in the regard of how AR could influence our understanding of the world and how we interact which each other. This is an important question with our current use of smartphones, it becomes even more important when AR has entered our everyday lives. All of this makes Augmented Reality one of the most interesting areas of the current technical development. Therefore, it is important to get an understanding of what it is all about, which is exactly the goal of this talk. Besides a short definition and overview of the historical context and the current state-of-the-art, the talk will introduce a possible scenario of how AR can influence our everyday lives, which is based on the raise of the smartphone to the ubiquitous device it is today. We will hopefully close with an interesting question and answer session, where we can discuss some aspects even further.

Additional information

Type lecture
Language English

More sessions

12/27/18
Science
Jost Migenda
Eliza
Neutrinos are “ghost-like” elementary particles that can literally go through walls. They can bring information from places that are impossible to observe through other means. This talk provides a glimpse behind the scenes of a next-generation neutrino detector called Hyper-Kamiokande – a cylindrical water tank the size of a high-rise building. I will describe some of the problems you encounter when planning a subterranean detector of this size, and explain how this detector helps us ...
12/27/18
Science
sven
Clarke
After launching a spacecraft into orbit the actual work for mission control starts. Besides taking care of the position and speed of the spacecraft this includes e.g. detailed modeling of the power usage, planning of ground station contacts, payload operations and dealing with unexpected anomalies. In this talk we will see many examples of problems particular to space crafts and how they influence the way space craft mission operations works.
12/27/18
Science
Jürgen Pahle
Eliza
How to apply Shannon's information theory to biology.
12/27/18
Science
teubi
Adams
This talk will teach you the fundamentals of machine learning and give you a sneak peek into the internals of the mystical black box. You'll see how crazy powerful neural networks can be and understand why they sometimes fail horribly.
12/27/18
Science
Hannes Mehnert
Dijkstra
TCP/IP is the most widely used protocol on the Internet for transmitting data. But how does it work in detail? This talk will explain the TCP protocol, from handshake over established to teardown in detail - and elaborate a bit on protocol adjustments over time and congestion control.
12/27/18
Science
Borg
CRISPR/Cas hat die Genforschung revolutioniert und könnte bald in großem Stil gentechnisch eingesetzt werden. Aber was ist CRISPR und wie funktioniert es? Kurz gesagt: Teile des adaptiven Immunsystems von Bakterien werden genutzt, um Gene zu verändern. Und das funktioniert präziser als mit jedem anderen Werkzeug zuvor und offenbar in allen Tier- und Pflanzenarten. Damit ist CRISPR anders als die herkömmlichen Methoden der Gentechnik. Es ist einfach anzuwenden, preiswert, schnell, extrem ...
12/27/18
Science
sri
Clarke
An (almost) self-contained introduction to the basic ideas of quantum mechanics. The theory and important experimental results will be discussed.