When tunnel mode is used, a new outer IP header is constructed. For both IP4 and IPV6, indicate the relationship of each outer IP header field and each extension header in the outer packet to the corresponding field or extension header of the inner IP packet. That is, indicate which outer values are derived from inner values and which are constructed independently of the inner values.

When tunnel mode is used, a new outer IP header is constructed. For both IP4 and IPV6, indicate the relationship of each outer IP header field and each extension header in the outer packet to the corresponding field or extension header of the inner IP packet. That is, indicate which outer values are derived from inner values and which are constructed independently of the inner values.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

In IPsec, each incoming and outgoing packet will be checked with the Security Policy Database (SPD) and the Security Association Database (SAD). (a) What is the checking done with the SPD: (b) What is the checking done with the SAD? (c) Each security association stored in SAD is identified by an integer. What is this integer called?
Answers should all be in lowercase with no spaces between hex characters when hexadecimal is the answer expected. All hex values must start with 0x, which stands for hexadecimal and therefore include 0x in your answers. Q1: What Transport protocol is encapsulated in the packet trace? Answer: The Transport protocol is encapsulated in the packet trace is: Q2. What is the value in hexadecimal of the Destination port address? Answer: The value in hexadecimal of the Destination Port Address is: Q3: What is the value in hexadecimal of the Transport header Checksum? Answer: The value in hexadecimal of the Transport header Checksum is: Q4: What is the value in hexadecimal of the Sequence Number? Answer: The value in hexadecimal of the Sequence Number is: Q5: What is the value in hexadecimal of the Source Transport Port Address? Answer: The value in hexadecimal of the Source Port Address is:
True or false 6. Before sending a data packet into a packet-switching network, the source must determine all of the links that the packet will traverse between source and destination. 7. With non-persistent connections between a web browser and a web server, it is possible for a single TCP segment to carry two distinct HTTP request messages.
I need the answer as soon as possible
Please do fast...
1. Please access any web site so you that you can capture TCP packets from an HTTP request. 2. Please expand all the fields in the header of your HTTP request packet. Take a screenshot for all the fields in the header fields of the HTTP packet. 3. Please expand all the fields in the header of the TCP packet in your HTTP request packet. Take a screenshot for all the fields in the header of the TCP packets. Please answer the following questions based on your HTTP request, and TCP packets screenshots: 1. What is the method used in your HTTP request? 2. What is the host name you visited? 3. What is the connection status in your HTTP request? 4. What are the source port and destination port, respectively? 5. What are the sequence number and acknowledgement number, respectively? 6. Which flags are set up in the captured packet? Explain what the flags mean.