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Multi-Robot Systems Design and Implementation Based On Psoc5

机译:基于Psoc5的多机器人系统设计与实现

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摘要

The direction for the robot toward positioning and navigation, multi-sensor, human-computer interaction, theoverall control, network robots, multi-robot and the rapid developing of intelligent technology to improve the limitationsof a single robot, designed with intelligent, low power consumption and multi-overall multi-robot control system sensors.Wireless sensor networks, multi-robot technology, multi-sensor technology, human-computer interaction techniques andoverall control system on chip technology to CC2530 and PSoC5 for the master core, temperature, humidity, ultrasonic,ambient light and infrared proximity detection, camera and electronic compass and other sensors in real-time environmentin which the robot to collect temperature, humidity, distance, light intensity, image, orientation and other information. Aftercommissioning and field testing the entire system to use, the system is stable, human-computer interaction convenient,reliable communication and information gathering to diversify, to achieve the desired design features and has achievedgood results, can be used for civil and industrial intelligent surveillance applications.
机译:面向智能化,低功耗设计的机器人的定位和导航,多传感器,人机交互,总体控制,网络机器人,多机器人以及智能技术的飞速发展以改善单个机器人的局限性的方向无线传感器网络,多机器人技术,多传感器技术,人机交互技术以及片上总体控制系统技术,以CC2530和PSoC5为主要核心,温度,湿度,超声波,环境光和红外接近检测,相机和电子罗盘等实时环境中的传感器,其中机器人可以收集温度,湿度,距离,光强度,图像,方向等信息。整个系统经过调试和现场测试使用后,系统稳定,人机交互方便,通讯和信息收集可靠,多样化,达到了预期的设计功能并取得了良好的效果,可用于民用和工业智能监控应用。

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