OSI & TCP/IP Model

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Across
  1. 3. Transmit frames from one node to the next.
  2. 5. OSI model divides the communication processes into ____ layers.
  3. 6. User support sub-layer.
  4. 8. Address that is assigned to a process.
  5. 10. Ensures that the whole packets intact and in order.
  6. 11. Providing services to user.
  7. 12. Uses 48-bits physical address imprinted on NIC.
  8. 13. Major duty of network layer.
  9. 15. One of the responsibilies of presentation layer.
  10. 17. TCP/IP protocol is known as _____.
  11. 18. Addresses that are necessary for universal communication
Down
  1. 1. Add mechanism to detect and retransmit damaged or loss frame
  2. 2. The address of the node.
  3. 4. Communication between layers.
  4. 5. Other duty of session layer.
  5. 7. Network model are organized into ____.
  6. 9. Mechanism for trasmitting dataw within network layer.
  7. 10. Protocol within the TCP/IP suite.
  8. 14. Devides stream of bits received into frames.
  9. 16. acting as network dialog controller.