Augmented reality under water

Blum, Lisa; Broll, Wolfgang

doi:10.1145/1599301.1599398

Cited by 19 publications

(8 citation statements)

References 2 publications

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“…As such, it is a natural fit for the introduction of playful and gaming activities. Swimming has already been combined with interactive entertainment successfully in a pool environment [5], although due to the enforced high energy nature of a cold water swim, we suspect any cold swimming game will be more similar to running games such as the popular 'Zombies Run!' series [2].…”

Section: Altchi: Experiences Chi 2013: Changing Perspectives Parismentioning

confidence: 99%

Mobile interaction does not exist

Marshall

Tennent

2013

CHI '13 Extended Abstracts on Human Factors in Computing Systems

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Most mobile systems are 'stop-to-interact'; designed for active interaction only when a user is standing still, paying visual and mental attention to the device. However, people are increasingly carrying and using devices while undertaking a wide range of movement activities, such as walking, cycling, running. Some existing systems such as Apple's Siri aim for hands and eyes free use, but they do not consider the wider challenges of interaction during movement.We describe the challenges of system design for active mobile interaction. These 'interaction in motion' challenges are discussed with reference to an extreme movement interaction situation -cold water swimming.

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Section: Altchi: Experiences Chi 2013: Changing Perspectives Parismentioning

confidence: 99%

Mobile interaction does not exist

Marshall

Tennent

2013

CHI '13 Extended Abstracts on Human Factors in Computing Systems

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“…A more sophisticated system, developed for edutainment purposes, was presented in 2009 [Morales et al 2009], it consists of a UWAR system, based on optical square-markers, that provides visual aids to increase divers' capability to detect, perceive, and understand elements in underwater environments. A similar wearable waterproof system, but limited to a swimming pool environment, was developed in the same year by the Fraunhofer Institute for Applied Information Technology [Blum et al 2009;Oppermann et al 2016]. Another marker-based AR underwater device, that can be adopted in swimming pools, for aquatic leisure activities is the Dolphyn system [Bellarbi et al 2013].…”

Section: State Of the Artmentioning

confidence: 99%

Underwater augmented reality for improving the diving experience in submerged archaeological sites

et al. 2019

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The Mediterranean Sea has a vast maritime heritage which exploitation is made difficult because of the many limitations imposed by the submerged environment. Archaeological diving tours, in fact, suffer from the impossibility to provide underwater an exhaustive explanation of the submerged remains. Furthermore, low visibility conditions, due to water turbidity and biological colonization, sometimes make very confusing for tourists to find their way around in the underwater archaeological site. Keywords-Underwater Augmented Reality; underwater cultural heritage; markerless and markerbased tracking; underwater acoustic localization.

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“…11 In the work presented here, augmented reality (AR) markers are used, which are in general designed to provide good identification and localization capabilities. AR markers have among others been used underwater for their original purpose, that is, for AR by displaying virtual objects and virtual scenes into a diver's view of the real world at the location of the markers, 12 for example, to assist divers in commercial operations 13 or to enable underwater games for divers. 14 AR markers have also been used to enable a diver to communicate with an AUV 15 and for the identification of nodes in an underwater sensor network.…”

Section: Introductionmentioning

confidence: 99%

Underwater navigation using visual markers in the context of intervention missions

Chavez

Mueller

Doernbach

et al. 2019

International Journal of Advanced Robotic Systems

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Intervention missions, that is, underwater manipulation tasks, for example, in the context of oil-&-gas production, require a high amount of precise, robust navigation. In this article, we describe the use of an advanced vision system suited for deep-sea operations, which in combination with artificial markers on target structures like oil-&-gas production-Christmas-trees significantly boosts navigation performance. The system is validated in two intensive field tests running off the shore of Marseille, France. In the experiments, a commercial remotely operated vehicle equipped with the system and a mock-up structure with an oil-&-gas production panel is used to evaluate the navigation performance.

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Augmented reality under water

Cited by 19 publications

References 2 publications

Mobile interaction does not exist

Mobile interaction does not exist

Underwater augmented reality for improving the diving experience in submerged archaeological sites

Underwater navigation using visual markers in the context of intervention missions

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