Haptic Feedback Astronaut Suit for mitigating Extra-Vehicular Activity Spatial Disorientation

Bernard, Tiziano; Gonzalez, Andrea; Miale, Vincenzo; Vangara, Kushal; Stephane, Lucas; Scott, Winston E.

doi:10.2514/6.2017-5113

Cited by 4 publications

(2 citation statements)

References 8 publications

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“…In an exploratory study by Biocca et al (2001), the authors concluded that presence may derive from multi-modal integration, such as haptic displays, to improve user experiences. Bernard et al (2017) showcased an Arduino-driven haptic suit for astronauts to increase embodied situation awareness, but no evaluation was reported. Goedschalk et al (2017) examined the potential of the commercially available KorFX vest to augment aggressive avatars, but found an insignificant difference between the haptic and nonhaptic conditions.…”

Section: On Multi-modal Immersive Virtual Reality Environmentsmentioning

confidence: 99%

The Ultimate Display for Physical Rehabilitation: A Bridging Review on Immersive Virtual Reality

Elor

Kurniawan

2020

Front. Virtual Real.

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Section: On Multi-modal Immersive Virtual Reality Environmentsmentioning

confidence: 99%

The Ultimate Display for Physical Rehabilitation: A Bridging Review on Immersive Virtual Reality

Elor

Kurniawan

2020

Front. Virtual Real.

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“…Generally, the on-orbit assembling of the ORU was performed manually by means of extravehicular activities (EVAs). [14][15][16] With the development of manipulator control technology, autonomous assembling technology has emerged and then gradually steps forward to the self-driven assembling technology. Aiming to a cooperative docking, [17][18][19] the small size ORU docking technology mainly depends on the operation of mechanical arms.…”

Section: Introductionmentioning

confidence: 99%

A review on the interfaces of orbital replacement unit: Great efforts for modular spacecraft

Ren

Kong

Zhuang

et al. 2021

Proceedings of the Institution of Mechanical Engineers, Part G:

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Over the past decades, the development of single spacecraft for outer space exploration requires more complicated design and higher investment. From the modular design ideas of the International Space Station on-orbit service, an interface design for orbital replacement unit (ORU) provides a path to develop modular spacecraft with reduction of design period and cost for satellites. A review on the ORU interfaces has been made in order to summarize the development of grabbing interfaces, mechanical docking interfaces, and multifunctional docking interfaces of ORUs in the recent 30 years. The interface parameters for both grabbing and mechanical docking processes have been summarized and compared based on the design features of ORUs. The characteristics of mechanical, power, data, thermal flow, and fluid interfaces of the ORUs are discussed as well. The future direction, challenges, and applications of the ORU interfaces have been investigated, and advanced technologies such as target recognition and precise measurement and control are suggested for the development of autonomous and intelligent interfaces. This work provides fundamental knowledge and guidelines for the development of ORU interfaces.

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Considerations for Passenger Experience in Space Tourism

Bernard¹,

Mehta²,

Cuffie³

et al. 2019

Advances in Human Factors of Transportation

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Haptic Feedback Astronaut Suit for mitigating Extra-Vehicular Activity Spatial Disorientation

Cited by 4 publications

References 8 publications

The Ultimate Display for Physical Rehabilitation: A Bridging Review on Immersive Virtual Reality

The Ultimate Display for Physical Rehabilitation: A Bridging Review on Immersive Virtual Reality

A review on the interfaces of orbital replacement unit: Great efforts for modular spacecraft

Considerations for Passenger Experience in Space Tourism

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