The SPECjAppServer application USES the IP addresses to host names mapping in the OS hosts file to resolve the database, emulator, and delivery system.
SPECjAppServer应用程序使用OS主机文件中的IP地址到主机名映射来解析数据库、仿真器和交付系统。
Internet Protocol (IP) provides a host-to-host packet — or datagram — delivery service.
网际协议(IP)提供“主机对主机”包(或数据报)传递服务。
IP provides the most basic form of datagram delivery across the boundaries of the underlying physical networks.
IP在底层物理网络的边界之间提供最基本的数据报传递形式。
When messages are routed to these Send connectors, the external DNS lookup Settings that are configured for the source server are used to resolve IP addresses for the delivery destination.
将邮件路由到这些发送连接器时，将使用为源服务器配置的外部DNS查找设置来解析传递目标的IP地址。
IP multicast utilizes a tree delivery structure, on which data packets are duplicated only at fork nodes and are forwarded only once over each link.
IP组播利用树转发结构，只需在组播树的分支处复制数据报文，而且在每条链路上仅转发一次。
To overcome the pre-delivery message delay, this paper puts forward an optimistic atomic broadcast technology based on IP multicast.
为解决信息被交付之前出现的延迟问题，又利用IP组播技术提出了一种乐观的原子广播技术。
Be capable of delivery analysis based on recipients, domains and IP.
可以基于收信人，收信域名，收信IP对投递进行分析。
IP multicasting is a set of technologies that enables efficient delivery of data to many locations on a network.
IP多信道广播是使数据向网络中许多位置高效传送的一组技术。
The delivery service provided by IP is not guaranteed. Packets can arrive out of order or be lost during routing.
仅由IP协议提供的送达服务是无法确保无误的，数据包可能无序地到达或者在寻找路径的过程中丢失。
This paper is merely to point out the IP data structure and delivery mechanism.
本文只不过想说明一下IP数据的结构和发送机制。
This paper is merely to point out the IP data structure and delivery mechanism.
本文只不过想说明一下IP数据的结构和发送机制。
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