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關鍵詞: 格斗機器人; 機械結構設計; 控制系統設計; 控制策略; 路徑規劃; 目標識別; 視覺跟蹤
中圖分類號: TN876?34; TP273" " " " " " " " " "文獻標識碼: A" " " " " " " " " " " 文章編號: 1004?373X(2025)02?0124?07
Design and implementation of wheeled fighting robot
LI Hui, CAO Yuehua
(School of Information Engineering, Hangzhou Dianzi University, Hangzhou 310000, China)
Abstract: A wheeled fighting robot is designed for the practical teaching in undergraduate robotics direction. This robot can achieve functions such as autonomous staging, automatic cruising, autonomous visual enemy search and attack, and re?staging after landing. The design of mechanical structure of robot is conducted. The reasonable mechanical structure design and reasonable sensor installation arrangement can effectively improve the structural strength, flexibility, stability and mobility of the robot. The design of robot control system is conducted, which includes the lectotype design of components for robot control systems, the design of control strategies and algorithms for robots, the design of path planning algorithms, and the design of target recognition and visual tracking algorithm. The field testing method is used to optimize and improve the robot performance. In different environments, the robot field performance is tested and analyzed to evaluate the performance and stability of the robot, and the targeted improvement and optimization are carried out. The design and realization training of wheeled fighting robot is helpful to improve the design practice and problem analysis ability of robot engineering undergraduates in the field of robot.
Keywords: wheeled fighting robot; mechanical structure design; control system design; control strategy; path planning; target recognition; visual tracking
0" 引" 言
習近平總書記于2018年9月10日在全國教育大會上的講話提到“要在增強綜合素質上下功夫,教育引導學生培養綜合能力,培養創新思維。”在本科生的機器人專業課程中,實驗是研究性教學環節的重要組成部分,因此,研究一個適當的實驗設計對人才培養有很大的幫助。
隨著科學技術的不斷發展,國內的輪式格斗機器人得到了迅猛的發展。輪式格斗……