Are 2001:db8:0:3::1 and 2001:db8:0:3::2 on the same subnet? and Are 2001:db8:0:2::A and 2001:db8:0:3::B on the same subnet?
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Are 2001:db8:0:3::1 and 2001:db8:0:3::2 on the same subnet? and Are 2001:db8:0:2::A and 2001:db8:0:3::B on the same subnet?
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- Please solve it correctly and please provide explanation of your answers. Please answer parts g, h and i. A PC and a Web Server are communicating over a TCP connection. The PC had started the three way handshake with the initial sequence number of 3069 . The Web Server's initial sequence number is 4830 . The window size of the PC is 815 bytes and the window size of the Web Server is 463 bytes. Using the third TCP handshake ack segment the PC sends the http request of the size 396 bytes to the Web Server. Then the Web Server answers with 3 segments containing the requested data. The first segment size is 42 bytes and the second segment size is 276 bytes and the third segment size is 146 bytes respectively. The PC receives all three segments within the timer. But unfortunately the second segment was corrupted. So the PC immediately sends an acknowledgement segment. Assume that the PC uses Selective Repeat/Reject ARQ. g) The second segment from webserver was corrupted. So the PC…You are hired to design and manage a network of a company. The topology of the network is shown above. The Internet Service Provider (ISP) provides the following information to connect the corporate network to the Internet. The CIDR range given for the company: 124.34.52.0/21 The address of the ISP router (also called "Gateway address"): 124.34.63.254 Configure the network by giving CIDR blocks for each company subnet and IP addresses for each station and router knowing that: For Ethernet 1, we need 514 hosts to connect. For Ethernet 2 we need 50 hosts to connect. For Ethernet 3 we need 123 hosts to connect. For the Token Ring network we need 132 hosts to connect. You need to take into account the gateway addresses that need to be allocated for each of the subnets. Assign IP addresses to hosts A, B, C and D and IP addresses to the router gateway interfaces. DON'T FORGET TO FILL-IN THE BLANKS BELOW. Computer B Internet Ethernet 1 Computer C Computer A Ethernet 2 Router 1 Token Ring 1…13. The following figures plot the timeline for sending TCP segments by host A and TCP ACKS by host B, where “seq #” is the value of the sequence number in the TCP header, and "ACK #” is the value of the acknowledge number in the TCP header. Assume that every segment always includes 500 bytes of data, excluding the TCP header. A seg #: 1000 seq #: 1500 seq #: 2000 seq #: 2500 (1) B ACK #: a ACK #: b ACK #: c ACK #: d A seq #: 1000 seq #: 1500 seq #: 2000 seq #: 2500 (2) B ACK #: r ACK #: s TACK 1) In Figure (1), the second ACK sent out by host B gets lost in the network. a) What are the acknowledge numbers a, b, c, and d? b) Will sender A think the segment with seq#=1500 was lost because it never receives the acknowledgement from B containing ACK# = b? 2) In Figure (2), the second TCP segment from host A to host B gets delayed in the network but later arrives at B. What should be the value for the ACK number r, s and t?
- What is an IP address? How do mnemonic addresses work? How many domains can a 32 bit representation represent? Is there a limit to the number of machines in a domain?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?Create a chart that begins with the OSI Seven-layer model on the left-hand side. Next, a column that describes the function of the layer. Then a column that lists the Protocol Data Units (such as Datagrams, Frames, etc) that correspond to each layer in the OSI model. Continue this process for the major hardware or software applications that function in each layer (not all layers have corresponding applications). The last column should be the TCP/IP model aligned to the appropriate layers of the OSI seven-layer model. This should result in a document that looks something like the chart tab (with the blank spaces filled in!)
- The given IPV6 subnet address is 2001:0DA7:FF00:FAF8: :/64. • Use the above IPV6 address for Subnet 0. • Increment the subnet field by 1 and find the IPV6 address for the remaining subnets. • Write simplified IPV6 address. Subnet IPV6 network address (Write simplified IPV6 address) Number 1 3. Complete the 2 following IPV6 addressing table 3 using IPV6 subnetting. Follow the instructions given below and write the IPV6 address in the table.Which of the following instructions falls in the category of data transfer instructions? JUMP LOAD ROTATE ANDGiven the following information from wireshark, what is the windows scaling factor?
- What is an IP address exactly? Is it true that mnemonic addresses are that easy to remember? How many distinct domains can a 32-bit representation hold? Is there a limit to the number of computers that may join a domain?Please written by computer sourceFor NAT Network Address Translation Scenario: Jenny Bello is a small business owner selling and making customized computer peripherals. She has been finding it difficult to track her sales and inventories, however recently after an expert's advice, she adopted a Point of Sale (PoS) server. So, she can now track her sales and inventories at the store. However, she ran into another issue, the server can only be accessed within the store, because it has been assigned a private IPv4 address, it is not publicly accessible via the Internet. a) Why is not having the PoS server accessible over the Internet a problem for the business? b) What caused this problem? c) Propose a solution for the problem and explain how the solution works.