Smart Navigation with Static Polygons and Dynamic Robots

Q2 Computer Science
I. AL-Furati, Osama T. Rashid
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引用次数: 0

Abstract

Due to the last increase in data and information technology, the need to use robots in many life areas is increased. There is a great diversity in this field, depending on the type of task required, as the robot enters the parcels of air, land, and water. In this paper, a robot's mission designed to move things is concentrated, relying on line-tracing technology that makes it easy to track its path safely, the RFID is distributed in its approach. When the robot reads the RFID tag, it stops until it raises the load from above, the robot continues its path toward the target. When an obstacle obstructs the robot path, the robot deviates and returns after a while to its previous approach. All this technology is implemented using a new algorithm which is programmed using the visual basic program. The robot designed to transfer the stored material is used according to a site known as an identifier that is identified by the RFID value, where the robot is programmed through a microcontroller and a unique store program that determines the current location and the desired location, then is given the task for the robot to do it as required. The robot is controlled using an ATmega controller to control other parts connected to the electronic circuit, the particular infrared sensor, and ultrasound to avoid potential obstacles within the robot's path to reach the target safely. In addition to this, the robot is made up of an RFID sensor to give unique to each desired target site. Through the console, it is possible to know the link indicated by the target. The H-bridge is also used to obtain a particular command and guide the robot as needed to move freely in all directions and a DC motor which is unique for moving wheels at the desired speed, and Bluetooth for programmable and secure wireless transmission and reception with all these parts through a unique program that also uses application inventory. The robot has proven to be a great success in performing the required task through several tests that have been practically performed.
智能导航与静态多边形和动态机器人
由于数据和信息技术的增长,在许多生活领域使用机器人的需求增加了。当机器人进入空气、陆地和水的包裹时,根据所需任务的类型,这个领域有很大的多样性。在本文中,机器人的任务是集中的,依靠线路跟踪技术,使其易于安全地跟踪其路径,RFID在其方法中分布。当机器人读取RFID标签时,它会停止,直到它从上面抬起负载,机器人继续向目标移动。当障碍物阻挡了机器人的路径时,机器人会偏离并在一段时间后返回到之前的路径。所有这些技术都是使用visual basic程序编写的新算法来实现的。设计用于转移存储材料的机器人是根据一个被称为标识符的地点使用的,该标识符由RFID值识别,其中机器人通过微控制器和唯一的存储程序进行编程,该程序确定当前位置和期望的位置,然后按要求给机器人分配任务。机器人使用ATmega控制器来控制连接到电子电路的其他部分,特定的红外传感器和超声波来避免机器人路径内的潜在障碍物,以安全到达目标。除此之外,该机器人还由一个RFID传感器组成,可以为每个期望的目标位置提供独特的信息。通过控制台,可以知道目标所指示的链接。h桥还用于获得特定的命令,并根据需要引导机器人在各个方向自由移动,直流电机用于以所需的速度移动车轮,蓝牙用于可编程和安全的无线传输和接收,所有这些部件都通过一个独特的程序,也使用应用程序清单。通过多次实际执行的测试,该机器人在执行所需任务方面取得了巨大的成功。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
5.90
自引率
0.00%
发文量
22
期刊介绍: International Journal of Electrical and Electronic Engineering & Telecommunications. IJEETC is a scholarly peer-reviewed international scientific journal published quarterly, focusing on theories, systems, methods, algorithms and applications in electrical and electronic engineering & telecommunications. It provide a high profile, leading edge forum for academic researchers, industrial professionals, engineers, consultants, managers, educators and policy makers working in the field to contribute and disseminate innovative new work on Electrical and Electronic Engineering & Telecommunications. All papers will be blind reviewed and accepted papers will be published quarterly, which is available online (open access) and in printed version.
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