1.
Ethernet Interface Node Ring Node Address
以太网接口节点环节点地址
2.
For more information on link node addresses.
有关链路节点地址的更多信息。
3.
The numbers under the ETH alarm indicates the Ethernet Interface Node Ring Node Address: Link Node Group & Link Node Member.
ETH告警下面的号码表示以太网接口节点环节点地址：链路节点群&链路节点成员。
4.
A New Method for Multi-Interface Address Selecting Based on Mobile IPv6;
一种基于移动IPv6的多接口移动节点地址选择方法
5.
Currently, IPv4 uses 32-bit addresses, which are represented as 4 bytes with dots between them.
目前，IPv4采用32位地址，这些地址有4个字节，中间用点来分开。
6.
Address Breakpoint at %s%p.
地址断点在%s%p.
7.
In order to address 1024 bytes, 10 address lines are needed.
为了对1024个字节寻址，需要10条地址线。
8.
The site addressing part of the e-mail address did not match the old site address
电子邮件地址的站点寻址部分与旧的站点地址不兼容
9.
During a bulk e-mail address update, a mismatch occurred between the old and new site addressing parts of the e-mail addresses.
批量更新电子邮件地址期间，电子邮件地址中的旧站点寻址部分与新站点寻址部分不一致。
10.
Research on the Method and Application of Nodes Location of Enterprises Logistics Network;
企业物流系统网络节点选址方法及应用研究
11.
Research on the Location Selection of Distribution Network Node of Urban Agricultural Product Logistics in Baotou;
包头市城区农产品物流配送网络节点选址研究
12.
Location Analysis of the Dynamic Logistics Infrastructure Network Nodes;
物流基础设施网络节点的动态选址研究
13.
A Bi-level Programming Models in the Optimization for the Position and Scale of Logistics Points;
物流节点最优选址与规模的双层规划模型
14.
Application of Exact-gravity Algorithm in Logistics Node Location;
精确重心算法在物流节点选址中的应用
15.
Research on cold chain logistics node location based on genetic algorithms
基于遗传算法的冷链物流节点选址研究
16.
Research on Site Selection of Logistics Node for Resource-based Cities Based on GIS and CEM
基于GIS和CEM的资源型城市物流节点选址研究
17.
Analysis on Locations for Urban ULS Logistics Links Based on Set Covering Model
基于集合覆盖模型的城市ULS物流节点选址分析
18.
The site was not found. Make sure the address is correct, and try again.
未找到站点。请确认地址正确，然后重试。