When importing or exporting routing information using routing policy, the import or export is always done from which point of view?（）A、routing tableB、forwarding tableC、routing protocolD、neighbor or peer

A. routing table

B. forwarding table

C. routing protocol

D. neighbor or peer

A.Apply an import policy to OSPF; this will import the static routes into OSPF

B.Apply an export policy to protocol "static"; this will export the routes to other protocols.

C.Apply an import policy to the forwarding table; this will import the routes, allowing them to be forwarded to OSPF neighbors.

D.Apply an export policy to OSPF; this will export the static routes to your OSPF neighbors.

阅读下面的短文，回答问题 [When an IP packet arrives at a router, generally the router looks at the destination address of the packet, and forwards the packet to one of its network interfaces. The forwarding decision is usually done by looking up the destination address from another data structure called a forwarding table. The forwarding table is created by the router using the routing table and possible routing policies existing in the router. The router then creates a table where it lists which networks are accessible through which of the router’s network interfaces. An IP router looks at every IP packet individually and does the forwarding decision on a packet-by-packet basis. If something changes in the router’s routing table, a packet can take a different route from a preceding packet even if it has the same destination.] From the paragraph above，we can see that the router （ ） a forwarding table according to the routing table and possible routing policies existing in the router. When an IP packet arrives at a router, the （ ） part of packet is normally checked by the router. An IP router checks every IP Packet individually and makes the forwarding decision based on （ ）.

A．is generating B．generate C．is generated D．generates A．forwarding table B．network interfaces C．routing policies D．destination address A．the destination address and network interfaces B．forwarding table and network interfaces C．the destination address and forward table D．routing policies and routing table

A. Accept all OSPF routes and install them into the 3 routing table

B. Accept all OSPF routes and install them into the inet7.0 routing table

C. Accept all OSPF routes and install them into the inet4.0 routing table

D. Accept all OSPF routes and install them into the inet.0 routing table

A.It stores a subset of information from the routing table.

B.It contains routes learned from all protocols to a destination.

C.It provides a database for routes selected and placed into the routing table.

D.Every routing protocol maintains its own forwarding table.

A. The routing table is populated by the forwarding table.

B. Devices running the Junos OS can accommodate multiple routing tables.

C. Information learned from routing protocols is stored in the routing table.

D. The primary routing table for IPv4 unicast routes is inet.4.

A.Import policies concern routes received and determine which routes get put into the routing table.

B.Export policies concern routes received and determine which routes get put into the routing table.

C.Export policies are applied before the routing table.

D.Import polices are applied after the routing table.

Which routing algorithm is described below?It is a mechanism in which the sending station determines the route the frame. will follow andincludes the routing information with the flame；bridges read the routing information to determineif they should forward the frame．

A．Fixed Routing

B．Spanning Tree

C．Source Routing

D．Frame. Forwarding

A. The OSPF routes are located in the inet 4 routing table

B. THe OSPF routes are located in the inet 0 routing table

C. The OSPF routes are located in the inet 2 routing table

D. The OSPF routes are located in the inet 4.3 routing table

A. to provide routing to a local web server

B. to provide routing from an ISP to a stub network

C. to provide routing that will override the configured dynamic routing protocol

D. to provide routing to a destination that is not specified in the routing table and which is outside the local network