The humanoid robot SJTU-HR1’s concept is introduced and its characteristics tree is given. The basic states for SJTU-HR1 are proposed, including lying, sitting, standing and handstanding, abstracted from the daily ex...The humanoid robot SJTU-HR1’s concept is introduced and its characteristics tree is given. The basic states for SJTU-HR1 are proposed, including lying, sitting, standing and handstanding, abstracted from the daily exercises of human beings. The G <SUB>F </SUB>(generalized function) set theory is exploited to achieve the kinematic characteristics of the interested EEs (end-effectors) of SJTU-HR1 for the lying states. Finally, the results show that the large amounts of states can be described using the abbreviations in a systematic manner. Although we have focused on the application of the G <SUB>F </SUB>set theory to humanoid robots, particularly the SJTU-HR1, this methodology can also be applied to quadruped robots and hexapedal robots, especially when the desired tasks are complex.展开更多
基金Supported by the Natural Basic Research Program of China ("973") (Grant No. 2006CB705400)the National Natural Science Foundation of China (Grant Nos. 60534020, 30770538)+1 种基金Joint Research Fund for Young Scholars in China and Abroad (Grant No. 50728503)the Graduate Innovation Foundation of Shanghai Jiao Tong University
文摘The humanoid robot SJTU-HR1’s concept is introduced and its characteristics tree is given. The basic states for SJTU-HR1 are proposed, including lying, sitting, standing and handstanding, abstracted from the daily exercises of human beings. The G <SUB>F </SUB>(generalized function) set theory is exploited to achieve the kinematic characteristics of the interested EEs (end-effectors) of SJTU-HR1 for the lying states. Finally, the results show that the large amounts of states can be described using the abbreviations in a systematic manner. Although we have focused on the application of the G <SUB>F </SUB>set theory to humanoid robots, particularly the SJTU-HR1, this methodology can also be applied to quadruped robots and hexapedal robots, especially when the desired tasks are complex.
