1. Destination Address—The IP address of the receiving computer.

2. The destination address is an inside global address.

3. Much of the IP data is not useful, beyond the protocol and source/destination address information.

4. The destination address of the received frame is the broadcast address of the receiving interface.

5. The destination address in the packets is rewritten to point to a given realserver from the cluster.

6. If the sending endstation determines that the destination address is not local, the packet goes to a first-hop router, typically one that is close and has been preassigned to the sender.

7. The ordinary router just checks the destination address of the data packet and chooses the best path to get to the destination address.

8. It changes the destination address to the one saved in the address translation table and sends it to that computer.

9. When destination address of the network, need to account and password.

10. Unlike the connection-oriented protocol, which requires source and destination addresses, the datagram only requires a destination address.

11. If the destination address is not in the routing table, the packet is dropped.

12. A firewall inspects the source and destination address of each message that crosses its path.

13. It changes the destination address and destination port to the one saved in the address translation table and sends it to that computer.

14. Ethernet packet headers, including the Ethernet source and destination address, packet size and the Ethernet packet type.

15. Then the n words beginning at the source address are transferred to an area beginning at the destination address.

16. This instruction specifies a number of words to be moved n, a source, and a destination address.

17. An IPSec peer includes two NAT-Discovery payloads during Main Mode negotiation one for the destination address and port and one for the source address and port.

18. LVS-NAT operates on a director server by grabbing incoming packets that are destined for configuration-specified ports and rewriting the destination address in the packet header dynamically.

19. Remember that data is encapsulated at the network layer with an IP source and destination address, and at the data-link layer with a MAC source and destination address.

20. In the most common case, the only relevant field in the header is the destination address field, but in some cases other header fields may also be relevant.

21. A client mode connection is created by passing a string identifying a destination address to the Connector.open() method.

22. When a packet comes back from the destination computer, the router checks the destination address on the packet.

23. Routing code analysis table is used to map the route code to the destination address.

24. As packets arrive, they are filtered by their type, source address, destination address, and port information contained in each packet.

24. is a sentence dictionary, on which you can find nice sentences for a large number of words.

25. When the packet arrives on the outside network, the NAT router looks at the address translation table and determines that the destination address is in there, mapped to a computer on the stub domain.

26. It then creates a valid TextMessage object by setting the payload and destination address and sends the message through the MessageConnection.