Implementation of Ergonomic Virtual Experiment System for the Armored Vehicles
Under the conditions of integrated joint operations, it is required that a new generation equipment integrated seamlessly into the joint warfare architecture, the span of armored equipment intelligent control technology would produce a new model of human–
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Abstract Under the conditions of integrated joint operations, it is required that a new generation equipment integrated seamlessly into the joint warfare architecture, the span of armored equipment intelligent control technology would produce a new model of human–computer interaction, with virtual reality technology, building a “man in the loop” of the crew cabin ergonomics virtual test system; it has the characteristics of quick change among the three compartment models such as job scene custom, job task performance evaluation, and ergonomic assessment tools of combination of subjective and objective; the system relies on a new generation of equipment cabin design, it could achieve design optimization, crew workload assessment, the verification of crew job tasks and processes, and ergonomic studies, to provide assessment tools of the overall cabin design. Keywords Armored vehicles
Virtual simulation Ergonomics evaluation
1 Preface The army shall innovate the new generation of equipment with the world’s advanced level to provide backbone equipment for future integrated joint operation and diversified missions of the army. As one of the key technologies, intelligent manipulating and controlling technology can directly result in innovation of interactive mode. It is the hot spots of the concern to develop “human” as the core of the battlefield and how to maximum the combat capability of the equipment. As the cross-generation equipment, changes have been taken place in the focus content of research on human–computer ergonomics. Platform has been one node in network under the combat mode of the system, crew on the platform becomes one of the system, and the crew’s perception and controlling ability of the information becomes the focus of the research, so restrictions shall be given toward the usability H. Niu (&) S. Xiao L. Zou Y. He Beijing Special Vehicle Research Institute, Beijing 100072, China e-mail: [email protected] © Springer Science+Business Media Singapore 2016 S. Long and B.S. Dhillon (eds.), Man-Machine-Environment System Engineering, Lecture Notes in Electrical Engineering 406, DOI 10.1007/978-981-10-2323-1_64
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of the equipment form the perspective of “human” ability. To be specific, that is, a series of demands are put forward on the rationality of human–computer function allocation, multi-level collaboration between crew within the system, planning of display and control resources in the compartment, job task of the crew, the setting of operation procedure, and so forth. The new generation of army equipment, characterized by new combat concept and cross-generation technology, is used to carry out the exploratory test and analysis of the new mode of human–computer interaction, and it takes the crew’s perception and controlling ability of information as the criterion to construct the evaluation environment for test, to provide evaluation means for overall design of the compartment during the research and development of the new generation of army equipment, and to attain the
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