这些机器人装备了许多传感器来识别环境条件，用热传感器和视觉传感器检测体温的变化。
The robots are equipped with many sensors to identify conditions of the environment, using thermal and vision sensors that detect changes in body temperature.
他们已经制造出能够在受控的工厂环境中识别出几分之一毫米误差的机器人。
They have built robots that can recognize the error of a machine panel by a fraction of a millimeter in a controlled factory environment.
固定在 Spot 机器人上的摄像头会对周围环境进行扫描，协助警察计算公园内的游客数量，不过这些摄像头无法识别人脸，也不会收集任何个人信息。
Cameras fixed on Spot will scan the surroundings and help officers work out the number of visitors in the park, but they cannot read faces and won't collect any personal information.
本文最后研究并设计了全自主式足球机器人的软件系统，该系统实现了环境标定、颜色信息采样、目标识别和测试反馈等功能模块。
Finally, the software system of the autonomous soccer robot, is studied and designed, which achieved a calibration environment, color sampling, target identification and testing feedback module.
并对实验获得的一组数据进行了仿真，结果表明这种算法对于煤矿救援蛇形机器人环境识别和建模是一种有效的方法。
And a group of experimental data is simulated, the results show that this algorithm is an effective method for the coal mine rescue snake like robot to built environment identification and modeling.
探索寻找一种既有一定精确性又不失实时性的在特定环境下的移动机器人图像识别方法，一直是人们多年来探索的目标。
An image recognition method with solid accuracy without compromising real-time performance in a specific environment for a mobile robot has been explored for many years.
针对工作在户外环境中的全区域覆盖移动机器人，提出在无人为标识的工作环境中，建立边界和识别边界的新方案。
According to the specialties of the area-covering mobile robots working in the outdoor environment, a new solution to the boundary set-up and identification of unmarked operational area is proposed.
针对机器人环境识别问题，研究其工作环境描述与实现过程，提出一种环境拓扑地图建立的新方法。
The description of the robot's work environment and the actualizing process was studied, and a new method of making topologic map of the environment was proposed.
研究人员在该中心将研究如何帮助机器人不仅感知周围的环境，但能在他们身边的环境识别物体。
Researchers at the centre will investigate how to help robots not only sense their surroundings but be able to identify objects within their immediate environment.
该算法首先用摄像机摄取机器人所在环境的图像，然后经过计算机处理，从中识别出目标机械零件的开始位置和机器人抓取面。
Firstly, it gets the image by vidicon in the environment where the robot is. Then the computer processes the image and recognizes the beginning position of the part and the plane grasped by the robot.
在机器人识别物体颜色的问题中，由于受环境因素及硬件的影响，识别效果不佳。
For the influence of environment and hardware, the recognition rate of color is usually not good for robots.
在机器人识别物体颜色的问题中，由于受环境因素及硬件的影响，识别效果不佳。
For the influence of environment and hardware, the recognition rate of color is usually not good for robots.
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