二次监视雷达

二次监视雷达（SSR）和自动相关监视（ADS）系统已经广泛应用于空中交通管理（ATM）系统，特别是终端飞行区。

The application of Secondary Surveillance Radar ( SSR ) and Automatic Dependent Surveillance ( ADS ) have been applied in Air Traffic Management ( ATM ) system widely , especially in terminal domain .

地面的二次监视雷达接受到数据并把数据在空管雷达屏幕上显示出来。

Secondary Surveillance Radar ( SSR ) on the ground picks up the data and displays it on the ATC radar screen .

航管二次监视雷达地面询问编码器的FPGA设计

Encoder Design of Ground-based Air Traffic Control Secondary Surveillance Radar System Based on FPGA

以4片数字信号处理器（DSP）和2片现场可编程逻辑阵列器件（FPGA）为核心处理器，设计实现了二次监视雷达SSR（SecondarySurveillanceRadar）实时信号处理机。

A real-time secondary surveillance radar ( SSR ) signal processing system was designed by using four digital signal processing ( DSP ) and two field programmable gate array ( FPGA ) .

ALENIA二次监视雷达面板计算机控制系统的设计与实现

Design and Realization of Panel-computer Control System for ALENIA Second Surveillance Radar

单脉冲二次监视雷达偏离角（OBA，Off-BoresightAngle）表的准确性对于测角精度至关重要，为了提高测角精度，文中提出了几种OBA表的估算方法。

The accuracy of secondary monopulse surveillance radar OBA ( off-boresight angle ) is one of the most important factors affecting radar angle measuring precision . In order to improve radar angle measuring precision , some algorithms of estimating OBA are presented .

本文针对南京电子技术研究所研制成功的我国第一部航管单脉冲二次监视雷达￣〔1〕（MSSR）的高可靠性要求，介绍了一种采用双路工作冗余的方法。

In order to meet the high reliability needs of the Chinese first MSSR which is developed by Nanjing Research Institute of Electronics Technology , a method of active redundancy used in double-path is introduced .

GB/T12182-1990空中交通管制二次监视雷达通用技术条件

General specification of secondary surveillance radar for air traffic control

模式S二次监视雷达的发展与计划

Secondary Surveillance Radar Mode S Developement and Planning

S模式二次监视雷达能够向空管自动化系统提供更详细的目标信息。

The Mode-S secondary surveillance Radars output more detailed target information to Air Traffic Control Automation Systems .

并在雷达视频地图仿真、飞机的二次监视雷达目标仿真和空中交通进程仿真等方面进行了研究和开发。

This paper also introduces the Radar map simulation , aircraft SSR objective simulation and air traffic progress simulation .