基于GNSS载体的姿态测量系统设计
时间:2018-07-11 10:59 来源:毕业论文 作者:毕业论文 点击:次
| 摘要随着信息化技术的快速发展，信息技术已经渗透到军用、民用等领域。在汽车、飞机、舰船等载体领域，姿态参数是载体的重要导航参数之一，姿态测量已经逐渐成为载体导航的重点研究方向。本文主要研究了基于GPS的双天线姿态测量系统的设计。25611 系统GPS接收模块选择ublox公司的NEO-6T 芯片，微处理器模块选择ST公司的STM32F103RCT6单片机，再与其他的一些硬件一起组成了硬件平台，然后在Keil MDK编译环境上编写程序。系统所需实现的功能主要为接受原始的GPS信息，进行坐标变换，数据处理，最后解算出载体的姿态角，实现对载体的姿态测量。 本文还通过实验对系统的功能做了具体的评估，验证了系统的可行性。根据实际研究情况对本课题进行总结，对今后工作提出展望。 关键词 姿态测量 GPS STM32F103RCT6 姿态角 毕业论文设计说明书外文摘要 Title Design of GNSS-based carrier attitude measurement system Abstract With the rapid development of information technology,IT has penetrated into both military and civilian fields.In the field of vehicle, aircraft and ship,attitude parameter is one of the important navigation parameters, and attitude measurement has gradually become the focus of vector navigation.In this paper, the design of a dual antenna attitude measurement system based on GPS is studied. The GPS receiver module selects the NEO-6T chip of ublox, and the microprocessor module selects the STM32F103RCT6 microcontroller of ST.And then together with some other hardware to form a hardware platform, and then in the MDK Keil compiler environment to write the program.The function of the system is mainly to receive the original GPS information, coordinate transformation, data processing, and finally solve the attitude angle of the carrier, and realize the pose measurement of the carrier. In this paper, the function of the system is evaluated, and the feasibility of the system is verified.. According to the actual situation of the research, this paper will sum up the future work and put forward the prospect of the future. Keywords Attitude measurement GPS STM32F103RCT6 Attitude angle 目 次 1 绪论 1 1.1 课题研究的目的和前景 1 1.2 国内外发展现状 1 1.3 论文内容总体安排 3 2 系统总体设计 4 2.1 GPS测姿原理 4 2.2 系统总体设计 5 2.3 STM32处理器 5 2.4 CH340T USB转串口芯片 6 2.5 ublox NEO-6T芯片 7 2.6 本章小结 9 3 系统硬件设计 10 3.1 硬件总体设计 10 3.2 处理器模块电路 10 3.3 电源模块电路 11 3.4 串口通信模块电路 11 3.5 数据采集模块电路 12 3.6 PCB设计 14 3.7 本章小结 15 4 系统软件设计 16 4.1 软件开发平台介绍 16 4.2 系统流程 17 4.3 STM32处理器模块 17 4.4 GPS芯片NEO-6T数据读取 19 4.5 本章小结 20 5 实验验证及结果分析 21 (责任编辑：qin) |