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HSI Framework for OrganizationsShihady, Jessica L. 09 1900 (has links)
Human Systems Integration Capstone / Approved for public release;distribution is unlimited. / In the United States Air Force (USAF), a system is generally thought of in terms of technology; but there are other
types of systems supporting our warfighters. A system is “a group of related parts that move or work together”
(Merriam-Webster, 2014), suggesting that systems can also be a compilation of human activities and interactions. One
such system is the Air Force Medical Service (AFMS). The AFMS has been charged with the delivery of healthcare
for the USAF. It is an organization within which there are many workplaces, and these are prototypical of workplaces
in the USAF. The USAF currently has no framework for developing organizations.
This capstone project took an inside look into the organizational structure of the Keesler Air Force Base’s Base
Operational Medicine Cell (BOMC). By conducting a macroergonomic analysis, I was able to make
recommendations for an effective and fully harmonized organizational design. Human systems integration (HSI)
played a pivotal role in the evaluation of the Keesler BOMC, as Manpower, Personnel, and Training (MPT) are key
drivers in the development of organizations. The results of this analysis lead to the development of BOMC
requirements and subsequently HSI requirements for organizations, or an HSI Framework for Organizations.
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Augmented Reality in Lunar Extravehicular Activities: A Comprehensive Evaluation of Industry Readiness, User Experience, and the Work EnvironmentVishnuvardhan Selvakumar (17593110) 11 December 2023 (has links)
<p dir="ltr">This research explores the potential of AR for lunar missions via the xEMU spacesuit. A market analysis of commercial off-the-shelf AR devices identifies technological trends and constraints that inform the architectural decisions for AR integration with the xEMU. User evaluations in simulated work environments ensure lunar informatics align with crew needs. Drawing insights from human-in-the-loop testing of COTS AR devices, qualitative test results underscore the importance of display optimization, occlusion management, and environmental considerations for enhancing the AR experience during lunar EVAs. Grounded in a task analysis from JETT3 analog testing, crew workflows and communication dynamics are baselined, underscoring the vital role of communication and collaboration. Integrating AR into the EVA work environment holds the potential to streamline decision-making, improve navigation, and enhance overall efficiency, but may come with unintended operational consequences. The human-centered approach prioritizes crew involvement, ensuring that technology remains a facilitator rather than an encumbering element in lunar exploration. The study's significance lies in advancing AR technology for lunar EVAs, guiding hardware design, and enabling seamless integration into the EVA work environment. AR holds promise in reshaping the human-technology relationship, empowering crew members, maximizing science output, and contributing to the next chapter in lunar exploration.</p>
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Concept of Operations (CONOPS) for foreign language and speech translation technologies in a coalition military environmentMarshall, Susan LaVonne 03 1900 (has links)
Approved for public release, distribution is unlimited / This thesis presents Concept of Operations (CONOPS) for two specific automated language translation (ALT) devices, the P2 Phraselator and the Voice Response Translator (VRT). The CONOPS for each device are written as Appendix A and Appendix B respectively. The body of the thesis presents a broad introduction to the present state of ALT technology for the reader who is new to the general subject. It pursues this goal by introducing the human language translation problem followed by nine characteristic descriptors of ALT technology devices to provide a basic comparison framework of existing technologies. The premise is that ALT technology is presently in a state where it is tackled incrementally with various approaches. Two tables are provided that illustrate six commercially available devices using the descriptors. A scenario is then described in which the author observed the two subject ALT devices (depicted in the CONOPS in the Appendices) being employed within an international military exercise. Some unique human observations associated with the use of these devices in the exercise are discussed. A summary is provided of the Department of Defense (DOD) process that is exploring ALT technology devices, specifically the Language and Speech Exploitation Resources (LASER) Advanced Concept Technology Demonstration ACTD. / Lieutenant Commander, United States Navy
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