Do the source and destination IP addresses change at location point 2 in the figure? Explain. Do the source and destination MAC addresses change at location point 1 in the figure? Explain.
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A: ans is given below:
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A: Here is tha answer which is given below :
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A: Dear Student, The answer to your question is given below -
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- Do the source and destination IP addresses change at location point 2 in the figure? Explain.
- Do the source and destination MAC addresses change at location point 1 in the figure? Explain.
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- With reference to the Internet MIB-II group Figure below, state the object Identifier for the following nodes: · Internet · Experimental · mib-2 system · ip · icmp · tcp · transmission.Transport layer foundational protocols TCP and UDP are TCP and UDP, respectively. Please explain why an application would be designed to utilise TCP as opposed to UDP. Give two (2) distinct examples.Consider the situation of an employee who is using their computer to send and receive email at their place of employment. However, the mail server is situated on a distinct network from the physical connectivity networks, which are all Ethernet networks. Each of the two networks—the employee's network and the mail server's network—is linked by a single router, which also has a connection to the Internet via the workplace's Internet service provider. Include any protocols that are used and any encapsulation/decapsulation that takes place when data moves between the employee's email client, local mail server, and distant mail servers in your explanation of how the email client communicates with the email server.
- What is the tunneling process? What three kinds of tunneling protocols are there?w ith reference to the Internet MIB-II group Figure below, state the object Identifier for the following nodes: Internet Experimental mib-2 system ip icmp tcp transmissionConsider a local network with a 1 Gbps access link to the Internet. Hosts on this network are accessing resources with an average size of 2 MB from a distant server at an average rate of 50 requests per second. a. What is the link utilization of the access link to the internet? b. Suppose these requests were to go through a caching proxy server. What would the link utilization to the internet be if half of all requests were served from the cache of the proxy server? с. resources never being needed for example.) Would this still provide any advantages to the end user? Would there be any disadvantages to the end user? Suppose the proxy server could not serve any content from cache (due to the same
- COMPUTER NETWORKS What protocol(s) and layer(s) are available to handle the issue of data collision caused by several senders accessing media at the same time? Are these protocols able to guarantee collision-free transport? What other solutions are there to solve the issue if not?As we all know, a network is a collection of linked devices, and whenever we have a collection of devices, we face the challenge of connecting them in such a way that one-to-one communication is feasible. Which methods/techniques are being employed to address this issue.3) Match the addresses to their corresponding address type. Loopback, Global, Link-local, Unique-local, Multicast IPV6 Address Address Type 2001:0db8:1:acad::fe55:6789:b210 ::1 fc00:22:a:2:cd4:23e4:76fa 2033:db8:1:1:22:a33d:259a:21fe fe80::3201:cc01:65b1 ff00:: ff00::db7:4322:a231:67c ff02::2