海军通信

网络中心企业服务用于海军通信的探讨

Discuss on Net-Centric Enterprise Services for NAVY Communication

21世纪海军通信展望

Prospects for the twenty-first-century naval communications

图灵还前往海军通信部门，拜访了T·歌德，这个人是专门研究延迟线的。

He did in fact make a visit to the Admiralty Signals Establishment to see T. Gold , who was working there on delay lines .

盟军海军通信的失败证明，蒙巴顿在战前建议使用机械密码设备是正确的，但当时却被海军拒绝了。

In retrospect the failure of Allied naval communications vindicated the policy urged before the war by Mountbatten , and rejected by the Admiralty , that cipher machines should be employed .

美英海军通信非常杂乱，而且经常重复，看起来好像没有人知道一条信息应该发送几次、由谁来发送、用什么系统发送。

USN-British Naval Communications were so complex , and often repetitious , that no-one seemed to know how many times a thing might not be sent and by whom - and in what systems .

3号营房负责翻译6号营房破解的陆军和空军通信，而海军通信则由弗兰克·伯奇领导的4号营房负责翻译。

thus Hut 3 dealt with the army and air force material issuing from Hut 6 , while the naval signals , if and when any were produced , would be interpreted by Hut 4 , which was headed by Frank Birch .

1941年6月初，海军通信几乎可以实时破译了，以致他们抢在俾斯麦号之前扫清了先行进入大西洋的运输船，除掉了八艘中的七艘。

As June 1941 opened , and the naval traffic was read currently , it was able to make an almost clean sweep of the supply ships sent into the Atlantic in advance of the Bismarck , disposing of seven out of the eight .

国外海军卫星通信的发展

The Development of Satellite Communication for Foreign Navy

海军舰船通信系统改造的思考

Ideas on improving communication system in naval vessels

本文主要分析介绍国外海军卫星通信技术的应用和发展。在概述基本情况的基础上，分别介绍了国外海军卫星通信的空间部分&通信卫星和舰载卫星通信终端；

The paper describes and analyzes the applications and development of naval satellite communication technologies abroad .

美国海军潜艇通信支持系统

U.S.Navy Submarine Communication Support System

简要介绍了国际上采用的几种数字集群系统标准，并根据海军勤务通信的实际出发，提出了海军数字集群通信系统的发展取向。

This text introduces the brief one to several kinds of digital trunk system standards that is adopted in the world mainly , sets out according to navy reality , proposes navy digital trunk system development orientation .

这使1940年5月期间，政密学校能够解读上个月6天的海军谜机通信，因此增加了大量关于德国海军的加密方式的经验。

It had enabled GC and CS to read during May 1940 the naval Enigma traffic for six days of the previous month , and thus to add considerably to its knowledge of the German Navy 's ( radio ) and cypher organisation .

本文针对目前海军舰艇视距通信存在的效率低、隐蔽性差等问题，采用现代计算机通信和无线激光技术，论证、设计了一种舰艇紫外光通信系统。

Aiming at the problem of communication efficiency low and concealment low in the field of visual-distance communication on warships , it is adopted that modern communication and wireless laser technology , a kind of warship communication system of ultraviolet light had been expounded and designed .

然而这种机制并未一直存在，海军型谜机首先取消了这种机制：……1937年4月底，德国改变了海军的指示信号，于是他们只能解出4月30日到5月8日的海军通信，而且全是马后炮。

It did not last . The naval Enigma was the first to be lost , and6 ... after the end of April 1937 , when the Germans changed the naval indicators , they had been able to read the naval traffic only for the period from 30 April to8 May 1937 , and that only retrospectively .