Hi, my name is Lucas.

Lucas Plabst

Thanks for landing here. I'm Lucas, and I have a Doctorate & PhD in Computer Science with a focus on Human-Computer Interaction and XR. I have over 10 years of user research experience and over 8 years of XR development experience.

“We are stuck with technology

when what we really want is just stuff that works.”

— Douglas Adams

My research

VRST 2023 in Christchurch New Zealand: Notification Interaction in Augmented Reality

Me, a tall white male with long hair and a beard presenting my work in front of a live audience.

A schematic for the variables researched in the experiment. The image shows the input techniques Gaze, Touch and Voice, as well as two visual representations of notification lists. One is placed in the room in an office, the other is to the right of the users left palm

A big part of my PhD happened during the pandemic, so I was more than thrilled to present my paper for the first time in front of a live audience at ACM VRST 23 in Christchurch New Zealand. The people there were so incredibly welcoming and the country was one of the most beautiful places I have ever gotten the pleasure to be in. The conference was an amazing experience, and I met so many great researchers. The paper I presented was about how to interact with notifications in AR. You can contact me for the pdf or read it here:

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Poster at ISMAR 22 in Singapore

Me, a tall white male with beard and long hair standing in front of a printed poster at ISMAR 2022 in Singapore

Taking place in Singapore in 2022, I was lucky to be able to present my poster anda demo about notification placement in AR at the ISMAR conference. The conference was very interesting and Singapore was an incredible country, that I plan to go back to as soon as I can. This work was expanded upon and published at ACM SUI 2023 as a full paper, but the conference was online-only.

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Patient Monitoring in AR

A medical professional wearing an AR headset. The first-person perspective also shows a floating window with patient monitoring data in it. Values include Heartrate, Blood Pressure and Blood Oxygen percentage.

Human error accounts for the majority of patient safety issues in intensive health care. I investigated using Augmented Reality in anesthetic inductions to aid anesthesiologists in surgery and increase their user experience, implicitly increasing patient safety. For that I implemented an AR patient monitoring system and evaluated it with 30 senior anesthesiologists in a simulation study at the University Clinic of Würzburg. This was my master's thesis and was published as a poster in VRST 2021. While I did not see a benefit using the monitoring, it did lead to my eventual PhD topic, AR notifications! Anesthesiologists expressed their wish to receive alarms and notifications on the headset, so they can be up to date without resorting to other means such as using a cordless phone or smartphone.

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Text-entry Methods for Virtual Reality

A white 3D keyboard that is activated using a device like a drumset in VR.

In my bachelors' thesis I implemented several 3D text input methods for virtual reality applications and conducted a user study comparing the different methods regarding speed, error rate and usability.

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