本文介绍目前国内一种新型的舰船导航控制台。
In this article, the author introduces a new model of navigation console.
通讯与导航控制台，驾驶室控制台，机舱集中控制台。
Communication with pilot console, navigation console and engine room control console.
控制台已重新设计，导航更加方便，并且添加了许多指导任务和快速路径对话框，可以更加快捷地配置和管理通用操作。
The console has been redesigned to make navigation easier and a number of guided tasks and fast path dialogs have been added to make configuration and administration of common operations much faster.
要在WebSphere应用服务器中进行全局安全配置，从 WebSphere 应用服务器管理控制台导航树中选择Security >Global security。
To perform global security configuration in WebSphere Application Server, select Security > Global security from the WebSphere Application Server administration console navigation tree.
要导入配置，打开WebSphereSensorEvents管理控制台并单击左侧导航面板上的ImportConfigurations。
To import the configurations, open the WebSphere Sensor Events administrative console and click on import configurations in the left navigation pane.
打开一个Web浏览器并导航到管理控制台。
Open a web browser and direct it to the administrative console.
登录管理控制台并导航到基于非ccdt的相关WebSphereMQ消息提供程序激活规范或连接工厂。
Log into the administrative console and navigate to the relevant non-CCDT based WebSphere MQ messaging provider activation specification or connection factory.
要创建服务策略集绑定，请从管理控制台导航到Services =>PolicySets =>GeneralProvider policy setbindings。
To create the service policy set binding, navigate from the admin console to Services => Policy Sets => General Provider policy set bindings.
当您导航到控制台的URL时，从出现的清单中选择AppSvr01 _ Nodeo1，登录到WebSphereweb管理控制台。
Log in to the WebSphere web administration console by selecting AppSvr01_Nodeo1 from the list that appears when you navigate to the console's URL.
登录到管理控制台，点击“全局部署设置”菜单中的应用从导航条的左侧边。
Log in to the Admin console and click "Global deployment Settings" from the Applications section of the Left-Hand-Side navigation menu.
该系统由自动输送车、自诊断系统、激光导航系统、控制台管理系统以及充电系统等组成，是一种先进的物流输送方式。
The system is an advanced means for logistics conveyance, composed of automatic conveyer car, detect system, laser guide system, console management system, and electrification system, etc.
在GIS和GPS的支持下，以超图数据结构为基础，为控制台或当事人提供实时导航信息，可有效地减少路途时间。
With the support of GIS, GPS and HBDS, this paper supplies a method of the shortest way, which is used in this system.
在GIS和GPS的支持下，以超图数据结构为基础，为控制台或当事人提供实时导航信息，可有效地减少路途时间。
With the support of GIS, GPS and HBDS, this paper supplies a method of the shortest way, which is used in this system.
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