Figure 1 shows the network topology of Jose Capablanca Chess Academy. There are three groups of users in this network: students, instructors, and administrators. As a network engineer, you are required to design IP addressing scheme for this network. The number of nosts required for each group can be referred from the given network topology. You need to make sure that all subnets use the same prefix length and the same number of host bits. Assume hat you use a modern router and your router support the use of subnet zero. By starting with he given network address and subnet mask 10.5.160.0/23 assigned by the network administrator, you can begin designing your IP addressing scheme. Produce the IP addressing scheme and answer the questions using answer sheet template as in Figure 2 (the number of cows is dependent on the number of networks you create). Administration 10 Hosts Given Network AAdrass Fa00 RI 1 Switch 2 Switches S0/0 5 Switches Fa0/0 Fa0/1 R2 27 Hosts 120 Hosts Instructor Student Figure 1: Network topology of Jose Capablanca Chess Academy

Figure 1 shows the network topology of Jose Capablanca Chess Academy. There are three groups of users in this network: students, instructors, and administrators. As a network engineer, you are required to design IP addressing scheme for this network. The number of nosts required for each group can be referred from the given network topology. You need to make sure that all subnets use the same prefix length and the same number of host bits. Assume hat you use a modern router and your router support the use of subnet zero. By starting with he given network address and subnet mask 10.5.160.0/23 assigned by the network administrator, you can begin designing your IP addressing scheme. Produce the IP addressing scheme and answer the questions using answer sheet template as in Figure 2 (the number of cows is dependent on the number of networks you create). Administration 10 Hosts Given Network AAdrass Fa00 RI 1 Switch 2 Switches S0/0 5 Switches Fa0/0 Fa0/1 R2 27 Hosts 120 Hosts Instructor Student Figure 1: Network topology of Jose Capablanca Chess Academy

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

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NAT translation table LAN side addr WAN side addr 135.122.200.215 10.0.1.15 10,0.1.13 address 135.122.200.215 S: 10,0,1.27 2 D: 1 D: S: S: D: S: 10,0.1.15 D: 135.122,200,215 10.०.1.22
While developing a reliable transport protocol, early versions of the protocol discussed in class used a NAK message, sent by the receiver to the sender to indicate a packet was not correctly received. This kind of message, however, is not found in further protocols, like GBN, SR or even TCP. Why not? In other words, why don't these protocols provide a way to signal to the sender that the received message was received with an error
Suppose within your web browser you click on a link to obtain a Web page. The IP address for the associated URL is not cached in your local host, so a DNS lookup is necessary to obtain the IP address. Suppose that three DNS servers are visited before your host receives the IP address from DNS. The first DNS server visited is the local DNS cache, with an RTT delay of RTT = 4 msecs. The second and third DNS servers contacted have RTTs of 45 and 24 msecs, respectively. Initially, let's suppose that the Web page associated with the link contains exactly one object, consisting of a small amount of HTML text. Suppose the RTT between the local host and the Web server containing the object is RTTHTTP = 9 msecs. Assuming zero transmission time for the HTML object, how much time elapses from when the client clicks on the link until the client receives the object? (Do not forget the TCP handshake(s).) 82 msecs O 91 msecs O 46 msecs O 67 msecs
A router running Classless Interdomain Routing (CIDR) has the following entries in its routing table: Address/mask Next hop 135.46.56.0/22 Interface 0 135.46.60.0/22 Interface 1 192.53.40.0/23 Router 2 Default Router 3 How does a CIDR router work to route the packets it received? For each of the following IP addresses, what will the router do if a packet with that address arrives? (a) 135.46.63.10 (b) 135.46.58.16 (c) 135.46.52.2 (d) 192.53.40.7 (e) 192.53.56.7
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What exactly is it that the routing protocol is trying to accomplish? You may get a better idea of how the Routing Information Protocol, sometimes known as RIP, works by looking at the following working example.
Assume that there is a shared connection (for example, an Ethernet bus) with a speed of 1 Mbps. How much time (in microseconds) is required to send a frame with a length of 1000 bits over this link?
2.
An IP address can be written as a 32-bit number. For a class B network, the two most significant bits are set to 10. The 16 most significant bits are used as a network ID, and the 16 least significant bits are used as a host ID. However, the host ID cannot be all O's or all 1's. How many hosts (i.e., host IDs) can there be on a class B network? Type your answer.
• IPV6 addresses use 128 bits to represent an address which includes bits to be used for subnetting. The second half of the address (least significant 64 bits) is always used for hosts only. Therefore, there is no compromise if we subnet the network. Use the Figure below to Create five subnets using route prefix 2001:db:acad::/48 (1 Marks) Routing Prefix Subnet ID Interface ID 48 Bits 16 Bits 64 Bits
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Consider the following virtual circuit network with three reserved virtual circuits: уC1: H1, А, С, Е, Н2 VC2: H3, A, F, D, H4 ус3: НЗ, А, F, D, E, H2 Host H4 Host H3 Нost H2 Host H1 Draw the routing table of router D and the routing table of router C. *you may design a table using the HTML editor or write the content of routing table record by record (record per line).