a tcp segment with 1480 bits of data and 150 bits of header issend to IP add another 150 bits of header, then is transmitted through twos each of which uses 24 bit packet. if the destination node only has maxiumum packet size 800 bits then how many bits including headers are delivered?
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a tcp segment with 1480 bits of data and 150 bits of header issend to IP...
A TCP segment consisting of 1500 bits of data and 160 bits of header is sent to the IP layer, which appends another 160 bits of header. This is then transmitted through two networks, each of which uses a 24-bit packet header. The destination network has a maximum packet size of 600 bits. How many bits, including headers, are delivered to the network layer protocol at the destination?
A TCP segment consisting of 4,256 bits of data and 184 bits of TCP header is sent to the IP layer. The IP layer uses 200 bits of header. The IP datagram is transmitted through two networks each of which uses a 20-bit header. The target network has a maximum packet size of 1,500 bits. How many total bits, including headers, are delivered to the network layer protocol at the destination?
Part 4 - Data Checks In the previous sections of this lab, you have already looked at one problem that may corrupt data on the Internet or other networks, packet loss. However, this is relatively rare and is easily handled as with TCP handshaking to establish a connection and request replacements for missing packets. Except in rare cases, an issue only arises if there is a bad connection with packet loss of 5% or more. Another issue that can arise...
I am studying the CCNA 200-125 books written by WENDELL
ODOM.
Here it talks about the Link layer in TCP/IP model.
Figure 1-11 shows four steps, in the first step Larry
encapsulates the IP packet between an Ethernet header and Ethernet
trailer, creating an Ethernet frame.
Larry encapsulates the IP packet, what does this mean?
Is it like compressing a file into a zip and compressing the IP
packet into a frame?
I've read the previous pages about the upper...
Question 26 In the TCP/IP model, what layer combines the responsibilities of the Application, Presentation, and Session layers from the OSI model? a. Internet b. Application c. Transport d. Link 1.25 points Question 27 In the TCP/IP model, what layer is considered so simple that it is ignored entirely? a. Network b. Data Link c. Application d. Physical 1.25 points Question 28 In the United States, who is able to activate the Emergency Alert System at the national level? a....
1. To which of the following subnets does IP address 225.3.2.22 belong? 225.3.2.0/24 225.3.2.22/24 225.2.3.0/24 225.0.0.0/24 none of the above Question 2 On which of the following devices does the transport layer NOT run? laptop router cellphone A, B and C none of the above Question 3 What is the source address contained in the discover message sent by a host that is wanting to obtain an IP address? 255.255.255.255 0.0.0.0 the IP address of the server the last IP...
check my answers for Networking I came up with these answers, can check my answers Question 1: General What data rate is needed to transmit an uncompressed 4" x 6" photograph every second with a resolution of 1200 dots per inch and 24 bits per dot (pixel)? 691,200 kb/s 28.8 kb/s 8.29 Mb/s 829 Mb/s Question 2: Layering "Layering" is commonly used in computer networks because (check all that apply): -It forces all network software to be written in āCā....
1. a. In Wireshark, for packet 92, what information in the IP
header indicates that the datagram has been fragmented?
b. What information in the IP header indicates whether this is
the first fragment versus a latter fragment? How long is this IP
datagram?
2. a. For packet 93, what information in the IP header indicates
that this is not the first data fragment? Are there more fragments?
If so, how can you tell?
- 0 X IP_traceFile File Edit...
ND-OF-CHAPTER QUESTIONS Thought Questions 1. How do you think TCP would handle the problem if an acknowledgment were lost, so that the sender retrans- mitted the unacknowledged TCP seg- ment, therefore causing the receiving transport process to receive the same segment twice? 2-2. a) Compute the minimum number of TCP segments required to open a con- nection, send an HTTP request and response message, and close the con- nection. Justify this number by creating a table showing each message and...
Q1 Error detection/correction Can these schemes correct bit errors: Internet checksums, two-dimendional parity, cyclic redundancy check (CRC) A. Yes, No, No B. No, Yes, Yes c. No, Yes, No D. No, No, Yes E. Ho, hum, ha Q2 CRC vs Internet checksums Which of these is not true? A. CRC's are commonly used at the link layer B. CRC's can detect any bit error of up to r bits with an r-bit EDC. c. CRC's are more resilient to bursty...