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Example 3 Data coming from the upper layers have port addresses j and k (j is the address of the sending process, and k is the address of the receiving process). Since the data size is larger than the network layer can handle, the data are split into two packets, each packet retaining the port addresses (j and k). Then in the network layer, network addresses (A and P) are added to each packet. Data Data-2jk Application layer Transport Data-k layer Data-2jKAP Network Data-KAP layer T2 Data-2jkAPH2 Data link layer T2 Data-jkAPH2 Internet Application Data layer Transport Data-1jk layer Data-2jk Network Data-1jKAP layer Data-2JKAP Data link layer T2 Data-jkAPH2 T2 Data-2 jkAPH2

Example 3 Data coming from the upper layers have port addresses j and k (j is the address of the sending process, and k is the address of the receiving process). Since the data size is larger than the network layer can handle, the data are split into two packets, each packet retaining the port addresses (j and k). Then in the network layer, network addresses (A and P) are added to each packet. Data Data-2jk Application layer Transport Data-k layer Data-2jKAP Network Data-KAP layer T2 Data-2jkAPH2 Data link layer T2 Data-jkAPH2 Internet Application Data layer Transport Data-1jk layer Data-2jk Network Data-1jKAP layer Data-2JKAP Data link layer T2 Data-jkAPH2 T2 Data-2 jkAPH2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Example 3 Data coming from the upper layers have port addresses j and k (j is the address of the sending process, and k is the address of the receiving process). Since the data size is larger than the network layer can handle, the data are split into two packets, each packet retaining the port addresses (j and k). Then in the network layer, network addresses (A and P) are added to each packet. Data Data-2jk Application layer Transport Data-k layer Data-2jKAP Network Data-KAP layer T2 Data-2jkAPH2 Data link layer T2 Data-jkAPH2 Internet Application Data layer Transport Data-1jk layer Data-2jk Network Data-1jKAP layer Data-2JKAP Data link layer T2 Data-jkAPH2 T2 Data-2 jkAPH2
Transcribed Image Text:Example 3 Data coming from the upper layers have port addresses j and k (j is the address of the sending process, and k is the address of the receiving process). Since the data size is larger than the network layer can handle, the data are split into two packets, each packet retaining the port addresses (j and k). Then in the network layer, network addresses (A and P) are added to each packet. Data Data-2jk Application layer Transport Data-k layer Data-2jKAP Network Data-KAP layer T2 Data-2jkAPH2 Data link layer T2 Data-jkAPH2 Internet Application Data layer Transport Data-1jk layer Data-2jk Network Data-1jKAP layer Data-2JKAP Data link layer T2 Data-jkAPH2 T2 Data-2 jkAPH2
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