| 1. | Chapter one discusses the development trend of marine navigation radar , embedded system and dsp technology
第一章论述了船载雷达，嵌入式技术和dsp技术的发展动态。 |
| 2. | The operation principle of marine navigation radar is deeply analyzed in this project , including the basic principle of radio , impulse radar and radio - range orientation
本课题详细分析了船舶导航雷达的工作原理,包括电磁波工作特性、脉冲雷达基本原理以及雷达定位的工作原理。 |
| 3. | On the basis of the principle , a comprehensive description of dsp module design in marine navigation radar system is provided , including dsp module function and the interface between different modules
在此基础上,提出了船载导航雷达数字信号处理的设计思路,包括系统功能和模块间的接口。 |
| 4. | As the essential navigation equipment on ship , marine navigation radar has developed for decades from analog to digital , and the radar system has been installed on all kinds of ships
船载导航雷达作为航海船舶必备的导航设备之一,从模拟雷达到数字雷达已经发展了几十年,并普遍安装在各类型船舶上。 |
| 5. | Based on dsp and embedded techniques , this paper mainly describes a design of dsp module of marine navigation radar system . and the software algorithm design and system design of dsp module is the emphasis of the paper
本文设计实现了船舶导航雷达系统的数字信号处理模块,重点研究了数字信号处理模块的软件算法,给出了dsp系统的软件实现方案。 |
| 6. | With the background of persistent ascend in performance and descend in price of semiconductor products , this paper describes the design and implementation of a marine navigation radar system based on embedded processor and digital signal processor
在半导体产品性能不断提高而价格不断下降的技术背景下，本文提出并设计了一种基于嵌入式处理器和数字信号处理器( dsp )联合工作的船载导航雷达系统。 |
| 7. | One of the developing trends about marine navigation radar is the adoption of computers such as embedded processor and digital signal processor . compared with traditional radar systems , embedded radar system is smaller . , more stable and easier in operating
基于嵌入式系统和dsp技术的船载导航雷达是导航雷达的一个发展趋势，相对于传统的导航雷达它具有体积小，性能稳定、操作方便等优点。 |
| 8. | But with more complexity of the airborne navigation radar , the maintenance of equipment becomes more difficulty . for the higher accuracy and efficiency to maintenance on radar equipment , the automatic detecting equipments are urgently needed to be developed
为了满足对雷达、航空电子设备可靠性和可维修性提出的更高要求,就需要性能优良的中间级自动检测设备加以保障,以减小故障检修时间,提高检修效率。 |
