For each network reliability issue, choose only one technique that can be used to mitigate it and ex list of mechanisms include (i) Timeouts, (ii) Sequence Numbers, and (iii) Acknowledgements. ate packet arrives at receiver received but has a bit-flip error

For each network reliability issue, choose only one technique that can be used to mitigate it and ex list of mechanisms include (i) Timeouts, (ii) Sequence Numbers, and (iii) Acknowledgements. ate packet arrives at receiver received but has a bit-flip error

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: How many faults may be found in a message using parity bits?

A: Given: How many faults may be found in a message using parity bits?

Q: 2. a) Illustrate the contents of the synchronous TDM multiplexer that combines five sources to send…

A: To illustrate the contents of the synchronous TDM multiplexer, we first need to understand how TDM…

Q: end a p delay be window

Q: A TDM link has line rate of 1.536 Mbps. If an individual session requires 64 kbps, how many…

A: The purpose of this calculation is to determine the number of simultaneous sessions that can be…

Q: Generate a 8 digit secure otp in python

A: We know that, OTP = one time password So, OTP is one type of password which is randomly generated…

Q: In an asenkron transmission a character size is 5 bits. In this transmission, if total overhead…

Q: Problem 2 - Network Terms: What effect do you think segmentation has on the following: 1.…

A: In Operating Systems, Segmentation is a memory management technique in which the memory is divided…

Q: Given this project's pert graph: 40 t=1 mo t=3 mo t=3 mo 10 30 50 E t=4 mo t=3 mo 20 a) For each…

A: Projects pert graph is given : from this for each activity ,we have to calculate earliest start…

Q: An end station sends 135,200 bits into a Frame Relay network in 200 milliseconds. The CIR is 400,000…

A: Maximum Transmission Rate : The biggest quantity of data that can be communicated via a…

Q: A form of error control where the receiver asks the sender to send the data again. a. ARP b. ARQ…

A: Before getting in to the answer, let's see what are the acronyms of the options given in the…

Q: Question no 1 Draw Gantt chart and find Average waiting time by FCFS and SRTN. Process P11 Arrival…

A: Introduction of CPU Scheduling: CPU Scheduling is the process in which one process uses the CPU and…

Q: Please say if there was a mistake in the following situation. The number "001011010" is sent to the…

A: Introduction: Authentication is a fundamental security need for vehicle-to-vehicle (VANET) systems.…

Q: Iculati 3. Propagation Delay and Transmission delay How long does it take a packet of length 1,000…

A: Dear Student, The answer to your question is given below -

Q: What is telecommunication circuit signal propagation delay (latency) in milliseconds traveling over…

A: Propagation delay is calculated as below Propagation delay = Propagation distance/ Propagation Speed…

Q: Part Show work for all quantitative questions and write the correct units of measurement (sec, msec…

A: A network is an assembly of linked computers, gadgets, or nodes that exchange data and collaborate…

Q: QI/ A DS-CDMA system with only two senders-receiver pairs with the following information, show the…

A: Answer: I have given answered in the handwritten format in brief explanation

Q: The checksum is calculated at which layer of OSI model and why it is used? Also show the checksum…

A: Checksums are equal to parity bits except for bits' elements in the sums are larger than parity. The…

Q: Suppose that our network is made of two computers. The computers are connected to each other with…

A: Here is the first cable reliability is 90%, 2nd cable is 20% of 90% (9/50%), and for 3rd cable, it…

Q: What is the result of the receiver's CRC calculation? How does the receiver know that an error has…

A: Given Data Word = 1111101011 Polynomial = X3+X2+1 so, key = 1101 CRC is calculated using XOR…

Q: Question 22 Answer the following questions: 1. How does a station using CSMA protocol knows that a…

A: "Since you have asked multiple questions we are solving the first 2 for you . If you want an answer…

Q: QUESTION 17 For a CRC system with P 1001. If a message M= 1101 is transmitted along with an FCS of…

A: Here we use binary division method to to check error in transmission:…

Q: If each packet is 50KB and the transmission rate between sender and receiver is 1Gbps with a…

A: Transmission time = 50KB/1Gbps = 50*1024*10-9 = 51.2 *10-6 sec Propagation time = 20ms = 20000 *10-6…

Q: (i) What is the purpose of Address Resolution Protocol (ARP)? (ii) What are the type of addresses in…

A: Purpose of the Address Resolution Protocol?What do the Address Resolution Protocol and the Reverse…

Q: (a) Find CRC code for message bits to be transmitted which is 11001110 with generator value 1011…

A: There are multiple questions. Here solving only the first question. If you want to solve the second…

Q: 2. Suppose network users share a 4 Mbps link. Also, suppose each user requires 200 kbps when…

A: In networking, the capacity and efficiency of communication links are crucial factors. This scenario…

Q: .Explain briefly the factors effecting on send information through a channel p 4:04

A: A communication channel alludes either to an actual transmission medium like a wire, or to a…

Q: Q: Suppose that in a sensor network measured temperatures are not times- tamped by the sensor, but…

Q: Assume a router using RIP has 12 entries in its forwarding table at time t1. The 12 entries received…

Q: What is the first packet that completes transmission in the idealized generalized processor sharing…

A: the formula is =total nuber of packets / rate of packets serving per sec…

Q: Assume for dealing with errors sender and receiver computers are using the CRC algorithm. If data…

A: Here in this question we have given Data bits - 10111001 Divisor - 1001 And we have to find out the…

Q: Algorithm 3 Target Position estimation and Relaying of he data to the BS input: CH having a…

A: proposed a novel filter for sparse-input and state estimation in linear systems, in the pres-ence of…

Q: The TCP round-trip time estimate is currently 500 msec and the following ACKs come in after an RTT…

A: a Given, =>EstimatedRTT = 500 msec =>SampleRTT1 = 350 msec, SampleRTT2 = 670 msec,…

Q: Give an explanation as to why a high-speed router's each input port has its own shadow forwarding…

A: A high-speed router typically has multiple input ports, each capable of receiving packets…

Q: in a sensor netv nsor, but are im ly

A: Ans- It's not guaranteed because suppose we think of a operator that it would still wanted to know…

Q: wo stations within the same LAN are communicating. During their communication, they use One-Bit…

A: Error detection is one of the key responsibilities of the data link layer in a network, particularly…

Q: In GSM, a "TDMA frame" is composed of eight distinct time slots. Each

A: The answer is

Q: In order to address the issue of packet loss in transit, choose one approach and explain why it's…

A: Start: If your signal is weak or intermittent, try resetting your router or device to see if it…

Q: 5 points Find the latency of Token Ring (in bits) where data rate of link is 20 Mbps and 40…

Q: Design a statistical multiplexer. Traffic parameters: arrival rate = 1,000 packets/sec & average…

A: Solution: Given,

Q: In an asenkron transmission a character size is 5 bits. In this transmission, if total overhead…

Q: If we use no forwarding, what fraction of cycles are we stalling due to data hazards?

A: Hazard: When a problem occurs at the instructional pipeline of the CPU it is called as hazard.…

Question

3.
For each network reliability issue, choose only one technique that can be used to mitigate it and explain
why. The list of mechanisms include (i) Timeouts, (ii) Sequence Numbers, and (iii) Acknowledgements.
a) Duplicate packet arrives at receiver
b) Packet received but has a bit-flip error
c) Packet loss in transit

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

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 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

How can the effect of each issue 1) Delay Latency, 2) Network Jitter, and 3) Packt Loss be minimized in a network?
In synchronous transmission data from various users Do not require header explain?
Every data structure that we use in computer science has its weaknesses and strengthsHaving a full understanding of each will help make us better programmers!For this experiment, let's work with STL vectors and STL dequesFull requirements descriptions are found in the source code file Part 1Work with inserting elements at the front of a vector and a deque (30%) Part 2Work with inserting elements at the back of a vector and a deque (30%) Part 3Work with inserting elements in the middle, and removing elements from, a vector and a deque (40%) Please make sure to put your code specifically where it is asked for, and no where elseDo not modify any of the code you already see in the template file This C++ source code file is required to complete this problem
. Q: Suppose that in a sensor network measured temperatures are not times- tamped by the sensor, but are immediately sent to the operator. Would it be enough to guarantee only a maximum end-to-end delay?
for the following I think is True but can someone tell me if I am right. "In a large and complex network, time stamping may vary and that is common and not a concern?" True or False
Multiple choice in network An ARP request is a Select one: a. Unicast and ARP reply is a Broadcast. b. Broadcast and ARP reply is a Unicast c. Unicast and ARP reply is a Unicast d. Broadcast and ARP reply is a Broadcast
List at least ten fundamental kinds of network faults.
Consider a system with transmission time 50 msec, propagation time 25 msec then link utilization (%) of channel if stop and wait protocol is used ?.
I need the answer as soon as possible
Unless specified otherwise, use the free space propagation speed of light 3x108 m/s to calculate the propagation delay. For numerical calculations, the results must show the appropriate unit. Show a complete solution for each problem5. An access multiplexer (AM) installed in the roadside box of the NBN (National Broadband Network). Assume that 200 homes are connected to the AM. The average packet interarrival arrival time at the AM is 200 μs. The average packet length is 2,500 bytes where the packet length is exponentially distributed.a. Calculate the number of packets arriving at the AM every hour.b. Calculate the incoming traffic rate (in bits/sec) at the input of the AM.c. Assume that the output of the AM is connected to the NBN core network via a 2-Gbps link. Calculate the total normalised load ρ at the AM.d. Assume that the packet arrival process is exponentially distributed. Calculate the average queuing delay introduced by the AM.
Question 4 Full explain this question and text typing work only thanks
4. a) Illustrate the contents of a synchronous TDM multiplexer that combines five sources to send the following characters. Note that the characters are sent in the same order that they are typed, and the third source is silent. Five signal sources Source 1 message: VIRUS Source 2 message: CO VID Source 3 message: Source 4 message: P EN JANA Source 5 message: FLU