无线电监测就像是频谱管理的耳目。
The radio monitoring is the spy that frequency spectrum manage.
系统完成无线电监测频谱占用度数据的统计和分析。
The system carries out the statistics and analysis to spectrum occupy in the radio monitoring.
该系统完成对无线电监测软件中监测数据库的管理和操作。
The system is developed to manage and operate monitoring database in radio monitoring software.
论文面向无线电监测应用领域提出一种可重用框架构建方法并给出其应用。
This article presented a framework build method based on radio monitoring domain and it's application.
无线电监测工作是无线电管理的重要组成部分，主要有常规监测和特殊监测。
Radio monitor is an important part of radio management, includes conventional and special monitor.
一般而言，无线电监测的目的是支持频谱管理工作，包括频率指配及频谱规划等方面。
General speaking, The radio monitoring is to frequency spectrum of manage, including assignment of a radio frequency and plan of spectrum.
同时制定了《无线电监测传输协议》(RMTP)，实现了无线电监测系统互联互通。
At the same time, the State radio monitoring Center developed "radio monitoring Transfer Protocol" (RMTP), in order to achieve interoperability of the radio monitoring systems.
本文以无线电监测的相关技术为主要研究方向，对其中的几个关键技术进行了深入的研究。
Took the radio monitoring related technologies as its main research direction, this paper took an in-depth study on some of the key technologies.
针对通用接收机的中频信号输出，设计了中频信号采集、中频信号处理和高速数据传输硬件系统，应用于无线电监测系统。
For the snke of radio surveillance we design the hardware system with the function of IF data sampling, IF data processing and high speed data transferring.
而无线电监测是无线电管理的重要任务，一个高速度的、宽带的、自动化的无线电监测系统是开展无线电监测工作的重要武器。
Radio monitoring is one of the main tasks of the radio management, a high-speed, wide-band and automatic monitoring system is the most important tool to the radio monitoring work.
除此之外，还有所有来自于雷达、卫星和无线电的信息，以及通信监测信息。
On top of this is all the information from radars, satellites, radios and the monitoring of communications.
频谱监测是频谱管理的基础，是测量无线电发射的基本参数，进而对整个电磁环境有整体的把握。
Monitor is the foundation of management, which measure the basic parameter of radio transmit. The whole electromagnetism environment was realized in the end.
研究利用无线电引信弹道监测原理进行长路径弹丸转速的测量方法和工程实现途径。
The method and its engineering realization of measuring long distance projectile rotating speed by means of radio fuse trajectory monitoring principle are developed.
通信信号调制类型的自动识别广泛应用于信号确认、干扰识别、无线电侦听和信号监测等领域。
The automatic identification of the modulation types has been applied to many fields such as signal identification, interference identification, radio interception, signal monitoring, etc.
本系统实际应用于全国无线电短波监测第一期工程项目中，经过应用和检测，实际效果良好，运行稳定并受到广泛好评。
This system has applied to the national radio short-wave and monitored in the first project actually, through using and measuring, the actual effect is stable % effective and excellent.
它广泛适用于电子战系统、雷达信标、无线电通信以及监测等领域。
It is widely used in the electronic warfare system, radar beacon radio communication and monitor system etc.
他们使用扫描仪来监测警用无线电频道。
本论文的课题来源就是全国无线电短波网络监测数据库系统的设计与应用层面。
The source of this paper's thesis is based on the design of the shortwave monitoring database system .
实现了利用无线电远程监测和控制负荷，并提供监控中心站计算机系统的配置方案，并就优缺点进行比较，提出了系统的应用模式方案。
Finally this article offered the configuration of computer system of monitor central station and compared the advantage and disadvantage, put forward an applying pattern scheme of load control system.
实现了利用无线电远程监测和控制负荷，并提供监控中心站计算机系统的配置方案，并就优缺点进行比较，提出了系统的应用模式方案。
Finally this article offered the configuration of computer system of monitor central station and compared the advantage and disadvantage, put forward an applying pattern scheme of load control system.
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