基于ZedBoard下棋機器人設(shè)計與實現(xiàn)
[Abstract]:The accessible network and smart phone enrich people's daily life, remote control of floor sweeping robots, surveillance cameras, rice cookers and other intelligent devices, making people's lives rich and convenient. Technology has been achieved far from the horizon but also in sight. With the increasing development of robot technology, human beings can complete their work without entering high risk and bad working environment, so that the ability of human activity can be further extended in space. Based on the server of the ZedBoard card control system and the client of Android smart phone app, this paper takes the four-degree-of-freedom Uarm desktop mini manipulator as the control object, and constructs a networked remote control system through socket. Based on the C / S mode, the system designs the networked remote control of the Uarm manipulator, and realizes the remote control of the manipulator in the same local area network. The first chapter describes the research significance of robot technology in China's aging situation, as well as the development of robot technology at home and abroad. In the second chapter, we mainly introduce the hardware and software related technology and equipment, such as socket communication, Uarm arm, ZedBoard and so on. The third chapter describes the function realization of each module in the whole system, and expatiates on the principle of image acquisition and manipulator control based on ZedBoard, successfully programming to control the camera and accomplishing the image acquisition. In the process of manipulator control, the idea of differential is proposed, which successfully solves the problem of precision error caused by the motion inertia of manipulator. The fourth chapter is the implementation of the system, each module in the system is tested separately, and the sub-modules are integrated into the final chess robot system, and the final implementation of the system is completed. In the last chapter, the experimental research and results are summarized, and some deficiencies and feasibility studies are put forward. In this era of rapid development of hardware intelligence, there are still many excellent scientific research for various reasons can not be used in practical systems in a timely and effective manner. In this general environment of mass innovation and mass entrepreneurship, combining scientific research theory with scientific and technological innovation and practical engineering, enabling science and technology to better serve work and life has become the research trend of domestic and foreign scholars at present. At the same time, this article is also the significance of the research.
【學(xué)位授予單位】:江西農(nóng)業(yè)大學(xué)
【學(xué)位級別】:碩士
【學(xué)位授予年份】:2016
【分類號】:TP242
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