What is the translation of " LINK-LOCAL " in Chinese?

• 链路本地

Examples of using Link-local in English and their translations into Chinese

Link-local address.
链路本地地址.

Auto IP: Use automatic link-local IPv4 addressing.
自动IP：本地链路IPv4自动寻址。

Link-local addresses always begin with FE80.
链路本地地址从FE80开始。

A related class contains the link-local, or“autoconfiguration” addresses.
相关的类型的地址包括本地链接（link-local），或称为"自动配置"地址。

All link-local unicast addresses begin with FE80.
链路本地地址从FE80开始。

The other address, which begins with FE80, is the link-local unicast address for the interface.
另一个地址以FE80开头，是接口的本地链路单播地址。

Link-local addresses always begin with FE80.
链路本地单播地址从FE80/10开始。

The other address, which begins with FE80, is the link-local unicast address for the interface.
第一个地址以FE80开头，是接口的本地链路单播地址。

The Link-local address will always start with fe80.
链路本地地址从FE80开始。

The following commands can be used to statically create a global unicast or link-local IPv6 address:.
以下命令可用于静态创建全局单播或本地链路IPv6地址：.

The Link-local address will always start with fe80.
链路本地单播地址从FE80/10开始。

To identify all nodes for the node-local and link-local scopes, the following multicast addresses are defined.
为了识别用于节点本地和链路本地作用域的所有节点，定义下列多播地址：.

The link-local address is set to be automatically generated.
链路本地地址一般是自动生成的。

Mitm6 will reply to those DHCPv6 requests, assigning the victim an IPv6 address within the link-local range.
Mitm6将会应答这些DHCPv6请求，并为受害者分配本地链路范围内的IPv6地址。

Link-local addresses are used only in communication between nodes on the same local link.
链路本地地址只能用于与同一链路上的节点通信。

To identify all routers for the node-local, link-local, and site-local scopes, the following addresses are defined:.
为了识别用于节点本地、链路本地和站点本地作用域的所有路由器，定义下列多播地址：.

If the link-local interface is unplumbed, then all addresses configured by DHCP on that physical interface will be removed.
如果链路本地接口被取消激活，DHCP在该物理接口上配置的所有地址都将被删除。

If you're looking for the IPv6 address of your device, then this information will be shown in the Link-local IPv6 Address field.
如果您正在查找设备的IPv6地址，则该信息将显示在链路本地IPv6地址字段中。

When first connected to a network, a host sends a link-local multicast router solicitation request for its configuration parameters.
当第一次连接到网络上时，主机发送一个链路本地路由器请求（solicitation）多播请求来获取配置参数。

Many years later, the defined a formal standard for this functionality, RFC 3927, entitled Dynamic Configuration of IPv4 Link-Local Addresses.
许多年后，IETF为此定义了一份正式的标准：RFC3927，命名为“IPv4链路本地地址的动态配置”。

Link-local addresses are not guaranteed to be unique beyond a single network segment. Routers therefore do not forward packets with link-local addresses.
链路本地地址，不能保证在一个网段中是唯一。因此路由器不能转发来自该类地址的数据包。

Many years later, the IETF did define a formal standard for this functionality, in RFC 3927, Dynamic Configuration of IPv4 Link-Local Addresses.
许多年后，IETF为此定义了一份正式的标准：RFC3927，命名为“IPv4链路本地地址的动态配置”。

Link-local addresses for IPv4 are defined in the address block 169.254.0.0/16 in CIDR notation. In IPv6, they are assigned the address block fe80:: /10.[1].
IPv4链路本地地址定义是在169.254.0.0/16地址块中。在IPv6中，他们被分配在地址块fe80::/10中。[1].

A passive credentials gathering tool, Responder listens for specific NetBIOS Name Service(NBT-NS) and Link-local Multicast Name Resolution(LLMNR) queries.
这是个被动凭证收集工具，Responder监听指定的NetBIOSNameService(NBT-NS)以及本地链路多播名称解析(LLMNR)查询。

IPv6 defines multiple types of unicast addresses, including the unspecified address, loopback address, global unicast address, link-local address, and unique local address.
IPv6定义了多种单播地址，目前常用的单播地址有：未指定地址、环回地址、全球单播地址、链路本地地址、唯一本地地址ULA（UniqueLocalAddress）。