基于人工视觉的运动成绩校对标准器的嵌入式设计

Embedded design of sport performance calibrator based on artificial vision

针对传统校对标准器一直存在嵌入式设计不准确的问题,提出基于人工视觉的运动成绩校对标准器的嵌入式设计。硬件采用ARM处理器代替传统的大型换算处理器、嵌入式待换机以及集成电源电路;软件上利用人工视觉进行反汇编视觉模型设计,通过设计的反汇编视觉模型能够进行运动成绩的分项标准测定,优化寄存代码计算,对设计的视觉模型标准化进行了标准限定。为了验证设计的基于人工视觉的嵌入式运动成绩校对标准器的有效性,模拟应用环境进行仿真试验,通过实验的数据分析,有效地证明了设计的基于人工视觉的嵌入式运动成绩校对标准器的有效性。

As the inaccurate problem existing in the embedded design of the traditional proofreading standard,the embedded design of sport performance calibrator based on artificial vision is proposed. The hardware ARM processor is used to replace the traditional large conversion processor,embedded changing machine and integrated circuit. The software uses artificial vision for the disassembly visual model design. The determination of subitem standard for sport performance can be performed through the design of disassembly visual model to optimize storage of code calculation. A standardization design criteria is made for the visual model. In order to verify the effectiveness of the embedded sport performance calibrator based on visual design,a simulation test of application environment was carried out. The analysis the experiment data demonstrated the effectiveness of the embedded sport performance calibrator based on artificial vision effectively.