Daniel Johansson
Papers
2
Total Citations
13
H-Index
2
About
Daniel Johansson is a researcher focused on human-computer interaction, specifically at the intersection of mixed reality, virtual environments, and robotic telepresence. His work explores how to seamlessly converge real and virtual worlds to create physiologically compliant interfaces, with a strong emphasis on enhancing user performance and situation awareness. His most cited work, the 2012 thesis "Convergence in mixed reality-virtuality environments," lays the groundwork for designing immersive training systems that facilitate natural user behavior, particularly for dismounted soldiers. This foundational research, with 10 citations, argues that greater immersion leads to more effective skill transfer. Johansson also contributed to the field of hazardous environment operations with his 2009 paper on "Omnidirectional robotic telepresence through augmented virtuality." This work proposed a novel, low-cost telepresence robot that combines omnidirectional movement, haptic feedback, and binaural sound, all controlled through an augmented virtuality interface. While his citation counts are modest, Johansson’s research represents an early and important step in integrating mixed reality with practical, high-stakes applications like military training and disaster response, demonstrating a clear vision for how technology can bridge the gap between physical and digital spaces.
Research Focus
Key Achievements
Top Papers
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