You have been given the 192.168.10.0/24 network address to subnet, with the following topology. Determine the number of networks needed and then design an appropriate addressing scheme. Subnet Number Step 2: Record the subnet information. Fill in the following table with the subnet information: 1st subnet Also called "Subnet 0" GO/1 2nd subnet Also called "Subnet 1" $0/0/0 Subnet Address First Usable Host Address 50/0/0 Last Usable Host Address Broadcast Address

You have been given the 192.168.10.0/24 network address to subnet, with the following topology. Determine the number of networks needed and then design an appropriate addressing scheme. Subnet Number Step 2: Record the subnet information. Fill in the following table with the subnet information: 1st subnet Also called "Subnet 0" GO/1 2nd subnet Also called "Subnet 1" $0/0/0 Subnet Address First Usable Host Address 50/0/0 Last Usable Host Address Broadcast Address

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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QFor the following Network, A data must be sent from PC A to PC P. Show how the given Physical and logical addresses are changed through the network. A/10 Upper layers [Data Upper layers [Data P/95 Sender Receiver LAN 1 LAN 3 To another | X/44 network F/20 Z/66 Router 1 Router 2 To another network T/99 LAN 2 N/33 Y/55
Question 2 (a) Describe the similarities and differences of transport layer protocols UDP and TCP. Host A sends a file of AB,500 bytes to Host B over a TCP connection. Assume the maximum segment size (MSS) is 128 bytes. The segment has no options field. The transport layer, network layer, and data-link layer add headers of a total size of 66 bytes to each segment before the resulting packet is sent out over a 2CD Mbps link. ABCD are the last 4 digits of your student ID number (in decimal). (b) What is the size of the first packet? (c) What is the size of the last packet? (d) What is the sequence number of the last segment (in decimal)? (e) Assume no congestion, show the calculation and determine the time (in msec, round to 3 decimal places) required to transmit the file. (f) If congestion is possible, suggest and describe two methods that can be used to handle congestion.
Show your complete solution.
2. As a newly hired network engineer, you are tasked to compute for addresses of a newly developed network. Use 129.152.224.0/22 to compute for the subnets using VLSM method. Fill up the information in this table Required Number of Host Number of Bits Borrowed New Subnet Mask Prefix Subnetwork Number of Host Created Waste Department A 100 Department B 60 Department C 10 Department D 4 Department E 12 Department F 30 Department G 55 Department H 10 Department I 8 Department J 15 Department K 25
In this Question, you have been given the network address 199.11.55.0/24 to subnet and provide the IP addressing for the networks shown in the topology diagrams. You must determine the number of networks needed then design an appropriate addressing scheme. Place the correct address and mask in the addressing table. In this Question, the number of hosts is not important. You are only required to determine the number of subnets per topology example. Use the topology in Figure to answer the questions that follow. Use the topology in Figure to answer the questions that follow Fa0/0 Fa0/0 Fa00 so0/o so0/1 B2 sovoro soovo SO0/1 B1 HQ so/0/1 S/1/1 so/o/1 so/0/1 so/00 so0/1 So0/0 вз B4 Fa0/0 Fa00 Fa0/0 B5 How many networks are there? How many bits should you allocate to create the required number of subnets? How many usable host addresses did this give you?_ What is the new subnet mask in decimal form? How many subnets are available for future use?
4.02. Subnet addressing. Consider the three subnets below, each in the larger 128.119.160/24 network. The following questions are concerned with subnet addressing. Answer each question by selecting a matching answer. Each answer can be used to answer only one question. [Note: You can find more examples of problems similar to this here.] : A 128.119.160/24 48 hosts 21 hosts 50 hosts C A. V What is the maximum number of hosts possible in the larger 128.119.160/24 network? A. 256 B. 2**32 E. v How many bits are needed to be able to address all of the host in subnet C 64 A? D. 6 C. v Suppose that subnet A has a CIDRized subnet address range of 128.119.160.128/26 (hint: 128 is 1000 0000 in binary); Subnet B has an E. 96 CIDRied subnet address range of 128.119.160.64/26. We now want a valid CIDRized IP subnet address range for subnet C of the form 128.119/160.x/26. What is a valid value of x? F. 0
Assume a new packet arrive with the destination address 11100000 01011111 00000000 00000001. Assume you have a tertiary content addressable memory (TCAM). Draw how you will match the destination address to the link interface using a TCAM.
please complete the table belo
Using the network diagram and information given create an addressing scheme which utilizes variable-length subnet masks. This company will be using the class C address 192.168.16.0. Re- member to start with your largest groups first. LAN ADDRESS: WAN ADDRESS: GATEWAY ADDRESS: IP ADDRESS RANGE: Baltimore 60 Hosts Washington D.C 120 Hosts LAN ADDRESS: GATEWAY ADDRESS: IP ADDRESS RANGE: WAN ADDRESS: Frederick 20 Hosts LAN ADDRESS: GATEWAY ADDRESS: IP ADDRESS RANGE:
A regional ISP is granted the following block of addresses: 15.0.0.0/18. The regional ISP has decided to divide this block into 4 equal sub-blocks (0 to 3). Three of these sub-blocks are assigned to three local ISPs. The second block (block no. 1) in the group is reserved for future use. (i) How many addresses does each local ISP get? (ii) What is the address of the block reserved for future use? Explain your answers!
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