摘要
研究穿着舱外航天服的航天员工作空间是航天人机工程的重要课题,也是我国神州任务下一步的工作重点。作者提出了在Jack仿真平台的基础上,结合人体反向运动学算法,对航天员的岀舱活动的可达空间进行仿真研究的方法τ酶梅?法可以建立穿着舱外航天服的航天员工作空间仿真系统,将运动学算法解算出来的人体工作空间数据在Jack平台上进行仿真,在现阶段和现有条件下研究航天员出舱活动是非常实用和有效的,可以为神州任务的航天员的工效评价提供参考依据。
Study on astronauts with Extravehicular Maneuvering Unit (EMU) is an important problem for space ergonomics and the next research focus for SHENZHOU project in our country. The paper suggests a method for simulating astronaut workspaces. In this method, astronauts EVA model of workspaces analysis is based on Jack and human inverse kinematics arithmetic. Applying this method, a workspace simulation system of astronauts with Extravehicular Maneuvering Unit (EMU) can be established. Researching astronauts EVA is practical and useful and can offer references to SHENZHOU mission.
出处
《计算机仿真》
CSCD
2007年第2期37-40,共4页
Computer Simulation