Comparative Analysis of Mission Planning and Execution Times Between the Microsoft HoloLens and the Surface Touch Table

Kase, Sue E.; Perry, Vincent; Roy, Heather; Cox, Katherine; Su, Simon

doi:10.1007/978-3-030-49695-1_32

Cited by 3 publications

(2 citation statements)

References 8 publications

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“…In 2017, the US Army released "TAR (tactical augmented reality)," a concept system of individual soldier tactical augmented reality that focuses more on indoor environments [64]. In 2019, the US Army released a militaryintegrated visual augmentation system "IVAS (integrated visual augmentation system)" based on the augmented reality glasses device HoloLens2, which can see the threedimensional map of the scene superimposed on the real environment showing the location of the enemy and friend through the AR glasses and can realize the function of updating the map in real time with the position and posture of the glasses [65].…”

Section: Wireless Communications and Mobile Computingmentioning

confidence: 99%

A Review of Intelligent Vision Enhancement Technology for Battlefield

et al. 2023

Wireless Communications and Mobile Computing

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This paper reviews the application of intelligent vision enhancement technology in the battlefield environment and explores new research directions. This paper mainly introduces three parts. First, we introduce a solution for enhancing the battlefield situation and using head-mounted displays for soldier combat. Second, we summarize three core technologies supporting intelligent vision enhancement technology: 3D environment reconstruction, tracking and registration, and situational awareness. Third, we summarize three application directions of intelligent vision enhancement technology on the battlefield. Finally, the problems and challenges in the research work are proposed, including current issues such as accurate battlefield situational awareness by augmented reality technology, multiperson collaborative management and data flow, as well as challenges in future battlefield situation enhancement and perception. The future development trend of intelligent vision enhancement technology on the battlefield has been prospected. Two meanings of this paper are as follows: the first is to review the research status of intelligent vision enhancement technology from the technical level and identify the key technical points that may restrict development in the future; the second is to analyze the advantages and disadvantages of intelligent vision enhancement technology from the level of battlefield application and the roles of users. In addition, this paper proposes how to take the lead and take initiative in future wars.

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Section: Wireless Communications and Mobile Computingmentioning

confidence: 99%

A Review of Intelligent Vision Enhancement Technology for Battlefield

et al. 2023

Wireless Communications and Mobile Computing

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“…Graphically representing military decision-making strategies at all levels of operations requires new visualization approaches that can be applied to dynamic environments characterized by changing rules, cognitive states, uncertainty, and individual biases and heuristics ( Dennison et al, 2020 ; Hung et al, 2020 ; Raglin et al, 2020 ). The visual representation of a battlespace should be as accurate and realistic as technologically possible, yet remain at a cognitive level that is human understandable and interpretable ( Kase et al, 2020 ; Larkin et al, 2020 ; Hung et al, 2021 ). Advanced visualization approaches that incorporate mixed reality technologies have the potential to better represent the changing character of multi-domain warfare and its evolving threats and dynamic environments.…”

Section: Required Advancements For Future Military Decision Making Pr...mentioning

confidence: 99%

The Future of Collaborative Human-Artificial Intelligence Decision-Making for Mission Planning

et al. 2022

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In an increasingly complex military operating environment, next generation wargaming platforms can reduce risk, decrease operating costs, and improve overall outcomes. Novel Artificial Intelligence (AI) enabled wargaming approaches, based on software platforms with multimodal interaction and visualization capacity, are essential to provide the decision-making flexibility and adaptability required to meet current and emerging realities of warfighting. We highlight three areas of development for future warfighter-machine interfaces: AI-directed decisional guidance, computationally informed decision-making, and realistic representations of decision spaces. Progress in these areas will enable development of effective human-AI collaborative decision-making, to meet the increasing scale and complexity of today’s battlespace.

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