CYB_100_Project_One_James_Dean

Q8: what is hexadecimal values for the source and destination address in the Ethernet frame containing the ARP request message?   *In the filter field of the Wireshark window type arp, and click enter.From the packet list window, select the first ARP request packet.From the packet detail pane, select the Address Resolution Protocol.

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2. PC A has IPv6 address 2620:551:123B:AA:03BB:12FF:FE69:5555. A) The Interface ID was created using the EUI-64 method. What is the MAC address of the network interface? B) What is the IPv6 local-link address associated with PC A?

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Given the following devices: 2911 Router DHCP Server 2960 Switch DHCP Client PC1 DHCP Client PC2 Design a network (using 2911 model Router as a relay agent of the DHCP Server)

I have this drawing on packet tracer the DNS and the http and ip addresses are added according to what has been written I need help connecting all the devices of the first router to the second router and all the devices of the second router to the first router

What is the destination MAC address?   What is the IP Header length in decimal?   What fragment flags are set in the IP Header?   What is the source IP address in dotted decimal?   What is the source port in decimal?   What is the destination port in decimal?   What is the TCP header length in decimal?   What TCP flags are set?

Write the Static NAT configuration commands for the Gateway Router with respect to the given Figure. Choose appropriate ip addresses from the given network address. 192.168.0.0/24 4.4.4.0/24 fa 0/1 eth 0/0/0 Computer A Router S1

You could provide a static IP address to a host on your network when the service that host provides must always originate from the same server. In this case, the address would not change. I need to manually assign an IP address; which approach is the most effective way to do this? How did it get to be this way, and what factors contributed to it?

Computer Science In Python, I am trying to make a client and server code that passes the payload with the requirements. The client has to specify the length of the data packet, up to max, specify how many times to pass the data packet, and specify the server IPv4 address. Both the client and the server need timer functions and compute the time needed to perform the number of sends both the Client and the server need to display the local and remote IPv4 addresses, total time, and bytes per second. Please help, Thanks.

A standard IPV4 datagram with an initial total length 36.253 bytes reaches a router that has an MTU - 684 bytes. • The total number of fragments is • The offset of the second fragment is • The offset of the last fragment is • The number of bytes in the last fragment is

With Network Address Translation, a router changes a private IP address in the IP header to the public IP address of the router, and the source port number (TCP or UDP) is changed to a port number selected by the router. Assuming the transport layer protocol being used is UDP, what other field of the UDP header may need to be changed? a. Destination port O b. Checksum O c. Length

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For the following Ips, write the network name, BC address, Prefix length, and thedefault maskNet name BC Prefix length default mask 11.45.3.5  180.90.27.89 190.35.177.98  192.76.19.1 200.30.50.90 100.100.100.100 107.39.50.20  192.3.5.6 

A socket is one endpoint of a two-way communication link between two programs running on the network. A socket is bound to a port number so that the TCP layer can identify the application that data is destined to be sent to. An endpoint is a combination of an IP address and a port number.Discuss about the different types of socket calls using in TCP &UDP.

Pv4 and IPv6 are two different protocols. Hence, the packet structures are unidentical. Some of the components in IPv4 packet were changed in IPv6. Discuss the changes made in IPv6 packet structure for the following IPv4 packet components: i. Total Length ii. Time to Live (TTL) iii. Source Address

IPSec's Authentication Header in transport mode is used to secure an IP packet, whose payload is a TCP segment. Which of the following packet fields is NOT used to create the Message Authentication data (digest): (Explain Why) A. Time To Live B. TCP source port C. IP source address D. Header length E. None of the given choices

Copy running-config to startup-config Set name for routers in the network. Change the clock rate as required for the network.

You observe that the following packets are transmitted from different egress ports of an 8-port switch. You do not have access to the ingress ports. That is, you can only see what comes out of the switch, not what goes into it. Packet 1 2 3 4 Port 0 XX,XX 90,80 60,70 XX,XX Port 1 70,60 90,80 XX,XX XX,XX Port 2 70,60 90,80 XX,XX XX,XX Egress Ports Port 3 70,60 90,80 XX,XX XX,XX Port 4 70,60 XX,XX XX,XX XX,XX 70,60: packet with DA=70 and SA=60 xx,xx : port is idle, i.e., no packet is transmitted out of that port. Port 5 70,60 90,80 XX,XX XX,XX Port 6 70,60 90,80 XX,XX 70,60 Port 7 70,60 90,80 XX,XX XX,XX (a). Based on the above information, construct the forwarding table. That is, determine the binding between the MAC address and the port number. (b). If the next packet (packet 5) has DA=80 and SA=60, predict which egress port(s) will see this packet. Please answer and explain, thank you

A router receives a packet from another network for device in the local network that the router serves. However, it does not know the MAC address the intended recipient, it only knows the device's current IP address. What protocol would be used by the router to identify the intended recipient's MAC address -- which is needed to complete Destination MAC field of the Ethernet frame that would be used to deliver the packet to the recipient? (the format of an Ethernet frame is illustrated below). Ethernet II Destination MAC Source MAC Туре 2 Bytes Data Frame Check Sequence 6 Bytes 6 Bytes 46 - 1500 Bytes 4 Bytes

Given, a network address of 161.0.0.0/10. Using the figure above and by applying VLSM technique, find the network address of the subnets A, B and C. Where Subnet A has 2788 hosts, Subnet B has 484 hosts and Subnet C is the switched network interconnecting the routers. Upload Picture Please

Refer to the following output from a router and answer the questions.              i. Explain the terms for the addresses: inside global, inside local, outside local, and outside global. Provide an example of device for each of the addresses. ii. From the output, interpret the NAT approach used in the router. Justify your answer.

Subject rcs511  In an IPv4 datagram, the M bit is 0, the value of HLEN is 10, the value of total length is 400 and the fragment offset value is 300. The position of the datagram, the sequence numbers of the first and the last bytes of the payload, respectively are

The size of the TCP header source port is ______________ bits.     8     64     32     16     In a Wireshark capture of the Ethernet II header contents of an ARP request, the destination address field value is ____________.     2 octets     4 octets     6 octets     8 octets

With Network Address Translation, a router changes a private IP address in the IP header to the public IP address of the router, and the source port number (TCP or UDP) is changed to a port number selected by the router. Assuming the transport layer protocol being used is UDP, what other field of the UDP header may need to be changed? a. Length O b. Destination port Checksum с.

There are two hosts a and B, which are connected through router R1. The IP addresses and MAC addresses of a, B and R1 are shown in the figure. Write out the ARP request packet sent by a to B and the MAC address and IP address of the received ARP response packet. (including source address and destination address). 220.168.11.16 A 00-15-C5-C6-CB-11 220.168.11.1 R1 220.168.10.1 02-21-13-16-42-910-15-C5-C6-08-11 220.168.10.12 MACE 00-15-CS-CB-C4-95

IKT204-G H21, IP miscellaneous 14 Only one of the claims below is correct, the others are wrong or meaningless. Select the correct alternative. Select one alternative: If two IP datagrams containing segments to a TCP connection are received in the wrong order, the router will reorganize them so that they are forwarded in correct order. O The smallest header size of IPV4 is 20 bytes, but it may be larger. When an IP datagram is discarded in a router due to overload, then the router will send an ICMP message back to the sender, so that the IP protocol can retransmit the datagram. If the traffic load in a router is too large, then it will reduce its Receive Window, and use ICMP to warn all senders about the new and smaller Receive Window.