Considering each of the TCP/IP protocol stack layers and rank them in the order you feel they are most important. Can one or more of these layers be combined or separated? Would your ordering be affected based upon what type of data is being transmitted, why or why not? Defend why your choice of ordering is the way you have stated. Use the following scale: 1=most important and 5= least important.

Considering each of the TCP/IP protocol stack layers and rank them in the order you feel they are most important. Can one or more of these layers be combined or separated? Would your ordering be affected based upon what type of data is being transmitted, why or why not? Defend why your choice of ordering is the way you have stated. Use the following scale: 1=most important and 5= least important.

A+ Guide To It Technical Support

10th Edition

ISBN:9780357108291

Author:ANDREWS, Jean.

Publisher:ANDREWS, Jean.

Chapter8: Network Infrastructure And Troubleshooting

Section: Chapter Questions

Problem 8TC

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Similar questions

Consider each layer of the TCP/IP protocol stack and order them from most important to least. Can one or more of these layers be combined or separated? Would the kind of information being sent affect how you order, and if so, why or why not? Why did you decide to place your order that way? To assist you, use the following scale: The most important component is represented by 1, while the least important factor is represented by 5.
Consider each tier of the TCP/IP protocol stack and assign a priority to each layer based on your assessment of their importance. Is it possible to merge or separate any of these layers? Would the kind of data sent alter your ordering, and if so, how? Justify your ordering decision. Utilize the scale below: 1 represents the most critical factor, while 5 represents the least critical factor.
Sort the TCP/IP protocol stack layers by importance. Can layers be mixed or separated? If so, why? You ordered that way—why? Helpful scale: 1 is the most crucial aspect, while 5 is the least.
Specifically, what distinguishes the OSI and TCP/IP models of protocols? What evidence do you have to support your assertions?
Answer the given question with a proper explanation and step-by-step solution. Why is TCP/IP fragmentation important for internet communications? What would likely happen on the internet without that fragmentation? Why is TCP considered a "reliable" communication protocol but HTTP and Ethernet considered "not reliable"? Is there some "better way" to arrange internet communications?
What are the distinctions between the TCP/IP and OSI protocol models, and where do they differ? Use facts and evidence to support your position and to explain it.
What are the two strongest reasons for layered protocols? Give examples to back up your claim.
In the Internet protocol stack, what are the different layers? In what ways does each of these levels contribute to the overall success of the organization? An Internet router is responsible for processing the following levels of the Internet protocol stack:
Describe the OSI model and the TCP/IP model, highlighting the layers in each and how they relate to networking protocols.
Compare the OSI model and the TCP/IP model in terms of the number of layers, and their functions, and indicate which one has more popularity and why..
QUESTION 54 Network layer provides two basic functionalities (_______), and(_______) QUESTION 55 Network layer consists of two planes:(_________) , and(_______). QUESTION 56 What is AIMD in TCP stands for? What is the main purpose of it? QUESTION 57 Link layer uses IP for source and destination addresses True False QUESTION 58 SHA-1 is a Cryptographic hash function True False QUESTION 59 CRC is a cryptographic hash function True False
What are the distinctions between the OSI and TCP/IP protocol models? Justify your position using facts and proof.