aeronautical telecommunication

Considering the shortage of VHF ( Very High Frequency ) radio frequencies in aeronautical telecommunication in China , a method of decreasing channel spacing from 25 kHz to 8.33 kHz is presented .

针对我国航空通信中VHF（VeryHighFrequency）频率资源紧张的现状，提出将信道间隔从25kHz减小到8.33kHz的解决方法。

Application of Extended Three-layer Modeling in Aeronautical Telecommunication Network Simulation

扩展三层建模在航空电信网仿真中的应用

Study , Application and Transitional Implementation of New-generation Aeronautical Telecommunication Network and AMHS System

新一代航空电信网和AMHS系统的研究、应用和过渡实施

Study on CLNP packet header compression in aeronautical telecommunication networks

航空电信网中CLNP报头压缩算法的研究

The test in the aeronautical telecommunication network ( ATN ) validates that the gateway achieves good performance with quality of service ( QoS ) guaranteed .

经下一代航空电信网（ATN）试验网测试表明，该网关能有效实现异构主机互联并保证了传输服务质量。

Now , as the rapid development of civil aviation , the deficiency of Aeronautical Telecommunication Network ( ATN ) based on the Open System Interconnection ( OSI ) model , becomes more and more obvious .

现在，随着民航业务的飞速发展，基于开放系统互联（OSI）模型的航空电信网（ATN）逐渐显示出了它的不足。

CNS / ATM workstation system is the communication , navigation , surveillance / air traffic management system . It is the ground end subsystem of ATN ( Aeronautical Telecommunication Network ), and an important part of the CNS / ATM system .

CNS/ATM工作站系统即通信、导航、监视/空中交通管理系统，是新航行系统的重要组成部分，是航空电信网（ATN）的地面终端系统。