In the following diagram of network how long of time it will take the secondary station C to send its data to the primary station; if they follow Polling control access protocol? Assume that the propagation time between each station is the same and equal to 5us. Primary A B C

In the following diagram of network how long of time it will take the secondary station C to send its data to the primary station; if they follow Polling control access protocol? Assume that the propagation time between each station is the same and equal to 5us. Primary A B C

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

See similar textbooks

Related questions

Q: The three links in the following figure have the same transmission rate 1Gbps, same length 2 Km, and…

A: Given that, The bandwidth= 1Gbps distance= 2 km propagation speed= 1.8*106m/s processing delay=…

Q: [rdt3.0] Now suppose that the network with a data rate of R b/s can deliver out of order and that…

A: Reliable data transfer 3.0---------Channels with Errors and Loss Approach: sender waits…

Q: "An application message is segmented into 20 packets, each of which is 2500 byte in sze. Calculate…

A: Answer: This question from computer network I have given answered in the handwritten format

Q: Between two hosts A and B that are connected by a link with the bandwidth 1 Mbps and with a one-way…

A: Your solution is given below. Given :- Bandwidth is 1 Mbps RTT = 2 ms Tp = 1 ms = 1 * 10-3…

Q: Question 4: Considerthe figure below, with three links, each with the specified transmission rate…

A: 1. Given, Length of a packet in bits=8000 bits Link 1 Link 2 Link 3 Transmission rate (Mbps)…

Q: Total latency is equal to a summation of network delay contributors such as frame transmission time,…

A: The answer is..

Q: Assume that the sender is aware of the roundtrip delay and that it is both constant an

A: Given: A packet is a short piece of a bigger communication in networking. Data is broken into…

Q: A stage of an n x n banyan network consists of (n/2) 2×2 switching elements. The first stage directs…

A: Here we have given solution for the question asked. You can find the solution in step 2.

Q: Two endpoints are linked by a single connection with a rate of R = 56kbps and a propagation speed of…

A: Introduction Two endpoints are linked by a single connection with a rate of R = 56kbps and a…

Q: Use a diagram to illustrate the four-way handshake protocol for channel reservation in IEEE 802.11…

A: Use a diagram to illustrate the four-way handshake protocol for channel reservation in IEEE 802.11…

Q: transmission time? b) Suppose the server begins to transmit the packet at time t=0. when t=…

A: The answer is

Q: smission? Give a numerical example assuming a specific capacity of the link and an initial value of…

A: TCP manages congestion, both for the connection’s own benefit (to improve its throughput) and for…

Q: The distance between a sender and a receiver of a data communication system is 1400 km and the…

Q: Computer A is sending a 100 kByte long file to Computer B via packet-switching over two consecutive…

A: Given that, Size of the file= 100 KB Bandwidth of the link= 10 Mbps Distance of each link= 1000 Km…

Q: Consider the extended LAN connected using bridges B1 and B2 in the following figure. If A sends a…

A: The answer is

Q: Given the following diagram, configure DHCP for each of the three VLANs: 1941 BOX 2960-241 CRATE…

A: Ensured that the default gateway for each network is the last address on the subnet.

Q: A 1-km-long, 10-Mbps CSMA/CD LAN (not 802.3) has a propagation speed of 200 m/sec. Repeaters are not…

A: Introduction

Q: Two networks each provide reliable connection-oriented service. One of them offers a reliable byte…

A: We need to discuss byte stream and message stream protocols.

Q: If there are x number of devices that are wanting to transmit during a slotted Aloha protocol, what…

A: ALOHA is a multiple access protocol for transmission of data via a shared network channel.

Q: Suppose A and B nodes are on the same 10 Mbps broadcast and the propagation delay is 325 bit times…

A: AF t=0, A will transmit. At t=576, A is about to finish transmit In the failure Carl and 1-315. Bis…

Q: Total latency is equal to a summation of network delay contributors such as frame transmission time,…

A: The answer is...

Q: Host A and Host B are connected by a network with 2 store-and-forward switches. Each link has a…

A: GIVEN: Bandwidth: 5 megabits/second Distance between Host A and Host B: 1,000 kilometers Network…

Q: Why are packet losses more at the start of a transmission with the TCP Tahoe network configuration…

A: Given that the TCP Tahoe network setup is in use, it raises the question: why are there higher…

Q: rdt3.0] Now suppose that the network with a data rate of R b/s can deliver out of order and that the…

A: what is rdt3.0 Reliable data transfer 3.0---------Channels with Errors and Loss Approach: sender…

Q: A stage of an n x n banyan network consists of (n/2) 2 × 2 switching elements. The first stage…

A: Each stage has n/2 switching elements. Since after each stage we eliminate half of the network,…

Q: A stage of an n x n banyan network consists of (n/2) 2 × 2 switching elements. The first stage…

Q: To broadcast data packets, routers in a network can either apply the Controlled Flooding technique…

A: Flooding is a non-adaptive routing technique following this simple method: when a data packet…

Q: Suppose A and B nodes are on the same 10 Mbps broadcast and the propagation delay is 325 bit times…

A: At t= 0 A will transmit At t = 576, A is about to finish transmission

Q: the TCP Tahoe configuration network is used, why packet losses during the beginning of the…

A: INTRODUCTION: Why are packet losses during the beginning of transmission larger than during the…

Q: transmission time? b) Suppose the server begins to transmit the packet at time t-0. when t=…

A: The answer is

Q: A packet with 88MB long is generated at node A and sent to node C through node B. The distance…

A: For finding out the minimum data rate between the nodes B and C so that the buffer of the node B…

Q: Suppose there are 4 nodes sharing a broadcast channel using TDMA protocol. Suppose at time t=0:…

A: Answer:- Time Division Multiple Access allow access to channel by giving a fix time slot to each…

Q: Consider the extended LAN connected using bridges B1 and B2 in the following figure. If A sends a…

A: Bridge has a capability of self learning and stores the information to the Bridge Table. If Bridge…

Q: Question 2: a) In Stop and wait protocol, sender wait for ACK before sending next packet. But what…

A: “Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: A 1-km long, 10 Mbps CSMA/CD LAN (not 802.3) has a propagation speed of 200 m/u sec. Repeaters are…

A: Answer: Solution:

Q: Build two topologies separately having four PC i.e. PC1, PC2, PC3 and PC4 connected to central…

Q: of any possible trailer is 40 bytes, what would be the overall efficiency of the networki percentage…

A: Total number of layer in TCP protocol is 4. Thus here every one of 4 layer is going to add 60B of…

Q: Two networks each provide reliable connection-oriented service. One of them offers a reliable byte…

A: ANSWER:-

Q: at 101 XY system uses "Selective Reject" to control errors. Let us assume host A has Q# 1:…

A: Selective reject protocol allow a receiver to reject a frame selectively and sender resends only…

Q: In the following diagram of network how long of time it will take the secondary station B to send…

A: Propagation time is the time taken by a node to propagate a packet to the next node.

Q: Nodes A and B are on the same 10 Mbps Ethernet segment, and the propagation delay between two nodes…

A: The Answer is in Below Steps

Q: You are employed as a network engineer and have been asked to analyze a communication network to…

A: Solution ::

Q: Question 3:Consider a message that is long that iS to be sent from source to destination in Figure…

A: Given questio has asked to find the following values:- How many bits in each packet. At what time…

Q: The following figure shows that, using relays can extend communication distances. Assume the…

A: This is due to the reason that throughout with fixed relays at different distances through the graph…

Q: In step 4 of the CSMA/CA protocol, a station that successfully transmits a frame begins the CSMA/CA…

Q: What are the propagation time and the ransmission time for a 4.5-kbyte message (an e- nail) if the…

A: Propagation time = distance / velocity = 12000km/2.4*108 = 12*106/2.4*108 = 5/100 = 0.05 sec Or 50…

Q: Computer A is sending a 100 kByte long file to Computer B via packet-switching over two consecutive…

A: Here in this question we have given that A is sending a 100 kByte long file to Computer B via packet…

Q: If we know the capacity of the link (bandwidth) and the time to receive the first ACK (delay) fre…

A: The first packet was sent in 301ms =301/1000 =0.301second 1gb/s=1000000000 byte/sec

Question

100%

Correct and detailed answer will be Upvoted else downvoted. Thank you!

In the following diagram of network how long of
time it will take the secondary station C to send
its data to the primary station; if they follow
Polling control access protocol? Assume that the
propagation time between each station is the
same and equal to 5us.
Primary
A
B

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

What is propagation delay

Step 2

Step 3

Answer

Step by step

Solved in 4 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

Please draw a sequence diagram for the following scenario. In a network, two nodes communicate with each other. These are the sequence. 1) Node F sends ping message to Node H 2) Node H sends ICMP echo reply to node H. Now Node F is having the MAC address of Node H. 3) Node F starts TCP handshake with Node H by sending SYN message. 4) Node H sends (SYN+ACK) back to node F. 5) Node F sends the ACK to Node H.
show the image of this exercise . In this exercise, we are going to create two Snort monitoring rules that will be used to alert on HTTPnetwork traffic for both Inbound and Outbound traffic. Remember, Inbound rules are those rules whosedestination is to your internal network (HOME_NET), outbound rules are directed out of your internalnetwork (!HOME_NET). When you use “any” there is no distinction on whether a rule is Inbound orOutbound. When using Inbound/Outbound to describe local traffic, traffic generated on the samenetwork (as in this lab on VMnet-1), the Inbound reference is to your client system that is running snortthe Outbound reference is to the HTTP server.You should now understand a little bit about custom rules, so given the following rule:alert tcp any any -> any 80 (msg:"TCP HTTP Testing Rule"; sid:1000004;)You should be able to determine that it will alert on “any” client messages destined for “any” HTTPserver using port 80. In this exercise, you will write two rules,…
An ISP has provided your California based company with the Class A network 15.0.0.0. Devise a fixed-length subnetting scheme that divides this into seven (7) usable subnets. You should assume that all zero's and all one's subnets are not usable.
Detailed assessment involves scanning all 65,536 TCP and SCTP ports for each IP address withinscope, along with testing of common UDP ports (to save time). I have yet to find a UDP servicerunning on a nonstandard port during testing, and so running a UDP scan with Nmap’s default serviceslist is sufficient
The University (U) has developed a new protocol, called UAPP, that is used by a client application on computers in its different branches around the world to send students information to a central server in the U campus in Kuwait. The TCP/IP stack is used by the protocol. Based on your strong knowledge of OpenSSL libraries, you have been hired by the U to pertest and configure the client/server applications so that all sessions between client/servers are became secure. After securing the application, a secure session and connection has been established. The following information is stored by the client computer for this session/connection: Session ID: id Compression method: null Cipher Suite: TLS DHE RSA WITH AES 128 CBC SHA Master secret: s Server random: Client random: Server MAC secret: Client MAC secret: Server encrypt key: Client encrypt key: The following figure shows the general operation of SSL record protocol: Draw a protocol…
Suppose an IP datagram is fragmented into 10 fragments, each with an independent loss probabilityof 1%. What is the probability of receiving the datagram correctly at the destination if (a) thedatagram (each fragment) is transmitted once; (b) the datagram (each fragment) is transmittedtwice?
A Network with id: 192.168.0.0 and subnet mask 255.255.0.0 is given to you to split it in such a way thatfollowing classrooms are given adequate number of IPs based on their needs. Each classroom willoccupy its own subnet. The following information for each subnet must be included:  Subnet ID CIDR Subnet Mask First IP usable in the subnet Last IP usable in the subnet Broadcast IP Address for the subnet Classroom1: 8 PCsClassroom2: 400PC and 4 PrinterClassroom 3: 2 PCsClassroom4: 62 PCs and a ServerClassroom5: 24PCs
2-c. Discuss and tabulate the distinction between the following protocols: Carrier SenseMultiple Access/ Coalition Detection (CSMA/CD) and Carrier Sense Multiple Access/ Coalition Avoidance (CSMA/CD).
Task 2: Access Control Lists You will need to work out which interface on which router this needs to be applied to. Each ACL must work and be seen to work. Stop any IP address from 10.0.0.128 to 10.0.0.191 from pinging 123.123.123.123 - yet allow all other addresses Creating an ACL that meets the above 'selected' criteria Proving that a change of IP address, other than those allocated to the PC's also demonstrates the operation of the ACL. Also prove that you are still able to ping to 99.0.0.2 irrespective of device IP address
4)In the following IPsec ESP Tunnel model, Which parts are authenticated? a ESP Header , IP Header , TCP header , Data , ESP Tailer are Authenticated b New IP HEeader , ESP Header , IP Header , TCP header , Data , ESP Tailer are Autheniticated c New IP HEeader , ESP Header , IP Header , TCP header , Data , ESP Tailer, ESP AUTH are Autheniticated d ESP Header , IP Header , TCP header , Data , ESP Tailer , ESP AUTH are Autheniticated
a) If an organization is given a network address 128.10.0.0.16. Create 10 subnets for the organization b) What will be the mask of above subnets c) write the correct procedure of the implementation of above scenario in packet tracer (step wise 10)
A) IPv6 is now being deployed globally. Including the Interframe Gap, calculate themaximum data utilisation of TCP/IPv6 packets over a 100 Mbps Ethernet network.b) SLTP is a new transport protocol that runs over UDP. Including the Interframe gap,calculate the maximum data utilisation of SLTP/UDP/IPv6 packets over a 100 MbpsEthernet network.c) In order to make the setup in part b) totally secure, it has been decided to have twoadditional IPv6 headers. The first header is an Encryption header to allow the packet tobe encrypted. The second header is an IPv6 tunnelling header allowing a VPN to be setup. Calculate by how much this new arrangement decreases the maximum utilisation andcomment on your results.