Generate the root images for diskless boot.
为无磁盘引导生成根映像。
To create the root image for diskless provisioning.
要为无磁盘供应创建根映像。
Similarly, a diskless or dataless client defined with an IPv6 address will fail to boot.
同样，用IPv6地址定义的无磁盘或无数据客户机无法启动。
In this situation, diskless nodes can be preferable as they run using the local processor and memory.
在这种情况下，无磁盘节点是合适的，因为它们使用本地处理器和内存运行应用程序。
The diskless method of provisioning the compute nodes is used, whereby the nodes boot from the management node.
对计算节点的供应采用的是无磁盘的方法，计算节点从管理节点引导。
You can even use it on a diskless computer, the whole system being loaded in RAM.
你甚至可以用在无盘计算机上，整个系统是在RAM中加载。
This article does not cover setup for a diskless workstation that is booted over a LAN or considerations for using a live CD or DVD Linux system.
通过LAN引导的无盘工作站的设置和使用liveCD或DVDLinux系统的考虑事项不在本文讨论范围之内。
Booting from SAN can also simplify data center administration, improve disaster tolerance, and reduce total cost of ownership (TCO) through diskless servers.
从SAN启动还可以简化数据中心的管理，提高灾难恢复能力，由于服务器没有磁盘，还降低了总拥有成本(TCO)。
Library, Diskless Workstation, Network, Reader Service.
图书馆，无盘工作站，网络，读者服务。
Diskless technical details, there is need to look at, or very helpful!
无盘技术详细介绍，有需要的可以看一看，还是很有帮助的！
Diskless technical details, there is need to look at, or very helpful!
无盘技术详细介绍，有需要的可以看一看，还是很有帮助的！
应用推荐