基于USBD12和加速度计的空中键鼠
发布时间：2019-05-12 05:58
【摘要】：设计基于USBD12和加速度计的空中键鼠,通过手势在空中的动作便可控制鼠标的移动。设计的研发调试过程中,采用了加速度传感器数据采集、USB设备gadget层HID设备、LCD-NOKIA5110显示、AVR单片机熔丝位的配置、蓝牙模块、手势动作识别算法、菜单与UI界面等模块的软、硬件调试,接收端有一个USB口,插入PC后被识别为一个标准HID人体学输入设备,无须驱动,即插即用。用户的操作达到可动态交互的目的。采用动作手势识别算法,蓝牙模块等实现了通过手势在空中的动作便可控制鼠标的移动,通过按键进行对键盘的操作,并且不需要连接线,通过蓝牙与插在电脑上的接收端相连接通信,达到动态交互的目的。
[Abstract]:An air mouse based on USBD12 and accelerometer is designed to control the movement of the mouse by gesture movement in the air. In the process of development and debugging, acceleration sensor data acquisition, USB device gadget layer HID equipment, LCD-NOKIA5110 display, AVR MCU fuse position configuration, Bluetooth module, gesture recognition algorithm, menu and UI interface module soft, etc. Hardware debugging, the receiver has a USB port, inserted into the PC is identified as a standard HID input device, no need to drive, plug and play. The user's operation achieves the purpose of dynamic interaction. The motion gesture recognition algorithm and Bluetooth module are used to control the movement of the mouse through the movement of the gesture in the air, and the keyboard is operated by keystrokes, and there is no need to connect the line. Through Bluetooth communication with the receiver inserted on the computer, the purpose of dynamic interaction can be achieved.
【作者单位】： 遵义师范学院物理与电子科学学院;
【基金】：贵州省联合基金项目(黔科合LH字[2015]7008号)
【分类号】：TP334.2
，
本文编号：2475158
[Abstract]:An air mouse based on USBD12 and accelerometer is designed to control the movement of the mouse by gesture movement in the air. In the process of development and debugging, acceleration sensor data acquisition, USB device gadget layer HID equipment, LCD-NOKIA5110 display, AVR MCU fuse position configuration, Bluetooth module, gesture recognition algorithm, menu and UI interface module soft, etc. Hardware debugging, the receiver has a USB port, inserted into the PC is identified as a standard HID input device, no need to drive, plug and play. The user's operation achieves the purpose of dynamic interaction. The motion gesture recognition algorithm and Bluetooth module are used to control the movement of the mouse through the movement of the gesture in the air, and the keyboard is operated by keystrokes, and there is no need to connect the line. Through Bluetooth communication with the receiver inserted on the computer, the purpose of dynamic interaction can be achieved.
【作者单位】： 遵义师范学院物理与电子科学学院;
【基金】：贵州省联合基金项目(黔科合LH字[2015]7008号)
【分类号】：TP334.2
，
本文编号：2475158
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