Objective To study factuality of ergonomic experimental data from subjects performing virtual environment wearing head mounted display(HMD) and data gloves, so as to improve the reliability of the application of virtual reality in manned spaceflight(e.g. human machine interface design scheme ergonomic evaluation, and virtual training).
Based on the analysis of the characteristics of manned spaceflight risk assessment,this thesis compares the advantages and disadvantages of conventional risk assessment methodology and finds that applying event Sequence Diagram (ESD) to manned spaceflight risk assessment will effectively advance the level of risk assessment.
Objective To study factuality of ergonomic experimental data from subjects performing virtual environment wearing head mounted display(HMD) and data gloves, so as to improve the reliability of the application of virtual reality in manned spaceflight(e.g. human machine interface design scheme ergonomic evaluation, and virtual training).
Based on the analysis of the characteristics of manned spaceflight risk assessment,this thesis compares the advantages and disadvantages of conventional risk assessment methodology and finds that applying event Sequence Diagram (ESD) to manned spaceflight risk assessment will effectively advance the level of risk assessment.
However the arguments we make are different to this and are focussed mainly upon the benefits to earth based science, medicine, technology and education which would accrue from a manned space flight programme.
In order to produce a multifunctional information system for designing aeronautical, astronautical, nautical, and commercial products,a Space Ergonomic Database System(SEDS) is completed. The system adopts the most advanced computer techniques, i.e. multimedia, hypertext and fact database, forming a new kind of information system which can provide simultaneously data in the forms of numerical value, text, graphics, image, audio and video. In addition, a dynamic 3 D human body model which can be used...
As aerospace missions get increasingly frequent and complex, training becomes ever more critical. Training devices in all levels are demanded. Computer Aided Training(CAT)system, because its economic, efficient and flexible, is attracting more and more attention. In this paper, the basic factors of CAT system were discussed; the applications of CAT system in training for manned space flight were illustrated.Then we prospected further developments of CAT system.
In this paper, we discuss the application of system simulation in the field of the manned space flight in its various developing stages and introduce the application of system simulation to the evaluation of astronaut's ability, research of Space Motion Sickness (SMS), simulator for training and research, etc. Some valuable discussions and new thoughts about the application of system simulation to the plan demonstration, the importance of the integrated and/or intelligent simulation, and the extension of si...