ABSTRACT
Objective To develop a platform of information collection for movements based on ARM7, through which human body movement information can be collected accurately and in time so that deeper scientific research about human body movement can be carried on. Methods By this means, multiplepoint acceleration information can be collected simultaneously through the multinodal network technology, and the information can be processed and retransmitted to computers to be analyzed comprehensively. Results The platform has been used in computer game controlling and good score is given by the tryout person. Conclusion Large quantities of experiment data indicate that this platform possesses higher precision in human body movement information collection and reflect them truthfully. Furthermore, later developments based on this can be applied in fields such as human recovery exercises, physical training, game controlling.
ABSTRACT
This paper introduces the design of automatic biochemistry analyzer based on CAN field bus. The hardware and software of a single network node and several problems are narrated. Some related flow charts and source codes are also given. The involvement of CAN bus in the design of automatic biochemistry analyzer enhances the efficiency and the degree of automatization.