mobiPV: A new, wearable real-time collaboration software for Astronauts using mobile computing solutions

Boyd, A. K.; Frisoli, Antonio; Wolff, M.; Oliveira, David Martínez

doi:10.2514/6.2016-2306

Cited by 9 publications

(7 citation statements)

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“…This classification is based on a survey conducted with literature, including scholarly articles, books, and conference proceedings published within the last three decades. Of all the applications this paper uses for the classification, some of the critical engineering applications include several versions of AR assist tools developed by the National Aeronautics and Space Agency (NASA) and European Space Agency (ESA), mostly to help astronauts in the International Space Station (ISS) perform tasks with the help from scientists and other experts from Earth [28]- [31]. The Jet Propulsion Laboratory (JPL) of NASA, in collaboration with the California Institute of Technology (CalTech), has also conducted a few research projects in recent years to help scientists and engineers with their works.…”

Section: Evolution Of Ar In the Aerospace Domainmentioning

confidence: 99%

Augmented Reality – Cockpit Display System In Real-Time Flight Simulation Environment

Pradhan¹

2023

Preprint

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<p> Over recent years, hands-free Augmented Reality (AR) technologies are widely being used towards equipment manufacturing and maintenance services in various engineering platforms. One of such applications discussed in this report is an Electronic Flight Instrument System (EFIS)/glass cockpit/Cockpit Display System (CDS), in AR, for real-time testing during the early designs of an aircraft’s flight deck. Two prototype designs, both built using the Buildwagon HoloLens Development Platform and tested on Microsoft HoloLens 1 headset using X-Plane 11 flight simulator for flight tests, are presented. For the presented project, several flight data, as well as any other simulation data, were sent to BinariesLid’s Buildwagon Collaboration Server in the form of messages using the Socket.IO library via the Internet. These messages were processed and used to redraw the EFIS on Buildwagon JavaScript Editor. This thesis presents the design methodology and performance benchmarks of the systems involved during the flight test, i.e. HoloLens 1 AR headset, Buildwagon Emulator, and the simulator system itself. </p>

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Section: Evolution Of Ar In the Aerospace Domainmentioning

confidence: 99%

Augmented Reality – Cockpit Display System In Real-Time Flight Simulation Environment

Pradhan¹

2023

Preprint

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“…The wearable augmented reality (WEAR) system was an early space project that used AR to assist astronauts in performing various tasks on the International Space Station (Di Capua, 2008;Di Capua et al, 2010). Since then, the National Aeronautics and Space Administration (NASA) and the ESA have launched (Chintamani et al, 2014;Boyd et al, 2016).…”

Section: Engineeringmentioning

confidence: 99%

Review of augmented reality in aerospace industry

Safi

Chung

Pradhan

2019

AEAT

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Purpose The purpose of this paper is to assess and determine the potential of augmented reality (AR) in aerospace applications through a survey of published sources. Design/methodology/approach This paper reviews a database of AR applications developed for the aerospace sector in academic research or industrial training and operations. The review process begins with the classification of these applications, followed by a brief discussion on the implications of AR technology in each category. Findings AR is abundantly applied in engineering, navigation, training and simulation. There is potential for application in in-flight entertainment and communication, crew support and airport operations monitoring. Originality/value This paper is a general review introducing existing and potential AR applications in various fields of the aerospace industry. Unlike previous publications, this article summarizes existing and emerging applications to familiarize readers with AR use in all of aerospace. The paper outlines example projects and creates a single comprehensive reference of AR advancements and its use in the aerospace industry. The paper provides individuals with a quick guide to available and emerging technology.

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“…Although the paper might overestimate the ease with which the futuristic suggestions could be implicated and does not critically compare the functioning of the mentioned devices, it does provide an extensive list of commercial devices that are potentially interesting to test. In addition, other commercial devices like Google Glass, albeit in a slightly adapted format, have been tested and found interesting to use during space missions as a mobile procedure viewer assisting astronauts during various operations while enabling full two way video communication [29,58]. Moreover, commercially available wearable devices like smart-watches are already used in space and potentially integrate most measurements mentioned here.…”

Section: Existing Sbds Useful For Space Missionsmentioning

confidence: 99%

“…Luckily, the protective shielding integrated in a crewed spacecraft might mitigate the need for additional electronic shielding. Indeed several commercial off the shelve (COTS) devices are being tested and used on the ISS with interesting results [28], including a COTS device using smartphone software (mobiPV) [29]. However, GCR and SPE outside of the earth’s magnetic field might still cause damage to such devices in deep space.…”

Section: Introductionmentioning

confidence: 99%

“The Smartphone’s Guide to the Galaxy”: In Situ Analysis in Space

2018

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A human mission to Mars can be viewed as the apex of human technological achievement. However, to make this dream a reality several obstacles need to be overcome. One is devising practical ways to safeguard the crew health during the mission through the development of easy operable and compact sensors. Lately, several smartphone-based sensing devices (SBDs) with the purpose to enable the immediate sensitive detection of chemicals, proteins or pathogens in remote settings have emerged. In this critical review, the potential to piggyback these systems for in situ analysis in space has been investigated on application of a systematic keyword search whereby the most relevant articles were examined comprehensively and existing SBDs were divided into 4 relevant groups for the monitoring of crew health during space missions. Recently developed recognition elements (REs), which could offer the enhanced ability to tolerate those harsh conditions in space, have been reviewed with recommendations offered. In addition, the potential use of cell free synthetic biology to obtain long-term shelf-stable reagents was reviewed. Finally, a synopsis of the possibilities of combining novel SBD, RE and nanomaterials to create a compact sensor-platform ensuring adequate crew health monitoring has been provided.

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mobiPV: A new, wearable real-time collaboration software for Astronauts using mobile computing solutions

Cited by 9 publications

References 0 publications

Augmented Reality – Cockpit Display System In Real-Time Flight Simulation Environment

Augmented Reality – Cockpit Display System In Real-Time Flight Simulation Environment

Review of augmented reality in aerospace industry

“The Smartphone’s Guide to the Galaxy”: In Situ Analysis in Space

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