Explain three (3) differences between datagram switching network and virtualcircuit switching network in terms of delay rate, phase connection and packetdelivery.

given - Explain three (3) differences between datagram switching network and virtualcircuit…

Answered: differences between datagram etwork in…

Engineering

Computer Science

differences between datagram etwork in terms of delay rate,

Principles of Information Systems (MindTap Course List)

12th Edition

ISBN:9781285867168

Author:Ralph Stair, George Reynolds

Publisher:Ralph Stair, George Reynolds

Chapter6: Telecommunications And Networks

Section: Chapter Questions

Problem 4SAT

See similar textbooks

Related questions

Q: What are the drawbacks of using MPS or FLOPS as a system throughput metric?

A: The complete form of FLOPS Floating Point Operations Per Second. The complete form of MIPS is a…

Q: What is the relationship between interrupt latency and the time it takes to move between contexts?

A: Introduction: The period between when an interrupt is produced and when the interrupt source is…

Q: What does interrupt latency imply and how does it relate to the time it takes for the context to…

A: Interrupt latency, also known as interrupt reaction time, is the time it takes for a system…

Q: Exactly what does interrupt latency include and how does it relate to the amount of time it takes to…

A: Start: What interrupts latency is and how it relates to the time it takes to switch between contexts…

Q: Draw suitable diagrams for frame relay format and address field format, explain the followings with…

A: Frame format of the frame relay is shown below:…

Q: (d) Describe the differences between the Polling and Interrupt driven approaches and the advantages/…

A: The difference between the polling and interrupt driven approaches and the advantage and…

Q: A skilled programmer should be able to tell the difference between parallel and serial programming.

A: Intro Parallel programming is a kind of programming where multiple tasks are initiated and completed…

Q: Define datapath.

A: Data path A data path is a collection of functional units such as arithmetic logic units or…

Q: What is meant by interrupt latency, and how does it relate to the time it takes to transition…

A: Interrupt latency in computing refers to the time between when an interrupt is generated and when…

Q: rue/False During the 'READ' of the SRAM structure studied in the class, the bit and bit_bar are…

A: let us see the answer:- The correct answer is true:-

Q: Describe Constant delay components in the end-to-end delay

A: To be determine: Describe Constant delay components in the end-to-end delay

Q: Describe the disadvantages of serial processing that you have encountered.

Q: When it comes to a single data route architecture, what is the most important disadvantage? It is…

A: Introduction: The process of picking a path for traffic within a network or across or across many…

Q: A flash memory of 16 Gbyte is used to store PCM voice data. Suppose that a CT voice signal is…

A: How many minutes of the voice signal can be stored (as PCM data) in this memory? For 12-bit, we…

Q: Describe PC- relative addressing in brief.

A: PC stands for Program Counter, PC-relative addressing is used to load a register with a value stored…

Q: Il of the mentioned ostname-to-address records

A: Solution - In the given question, we have to select the correct answer among the given options.

Q: a) Draw a complete single cycle datapath having control units and control signals.

A: FOR SOLUTION SEE STEP NO. 2

Q: A datagram is a PDU of layer:

A: ans is given in next steps

Q: Define data latency.

A: Given: Define data latency.

Q: (d) Draw Bus Interconnection Scheme.

A: Bus Interconnection Scheme

Q: subject: multimedia networking 1.ii. The interleaving approach in forward error correction incurs a…

A: subject: multimedia networking 1.ii. The interleaving approach in forward error correction incurs a…

Q: Need correct explanation complete question What are the basic advantages of using…

A: What are the basic advantages of using interrupt-initiated data transfer over transfer under…

Q: The difficulties in reconnection and fault isolation are two of the downsides of the Bus topology,…

A: Introduction: In a bus topology, multi-point electrical connections can be made via coaxial cable,…

Q: Define jump address table.

A: Jump address table: The jump address table is referred to as an array of words consisting of…

Q: scuss the importance of MAR and MDR in relation to interrupts.

A: MAR and MDR Two separate registers exist. The MAR keeps track of the address, while the MDR takes…

Q: Describe building a datapath.

A: Data path Data path is the collection of state elements, computation elements and interconnections.…

Q: In what way does interrupt latency relate to the time it takes to switch between contexts?

A: Introduction: The period between when an interrupt is produced and when the interrupt source is…

Q: Explain the difference between serial and parallel data.

A: In Case of any queries, please revert back. 1. For moving information between PCs, workstations, two…

Q: ptured signal for a real-time system is not suitable for gadgets, then it is more convenic Modify…

A: 1 According to Hom's theory, the optimal Earliest Deadline First (EDF) algorithm is achieved by: d.…

Q: What are the main benefits of interrupt-initiated data transfer versus data transmission controlled…

A: Interrupt: An interrupt is a feature of an operating system that allows many processes to work at…

Q: Separate parallel from serial programming.

A: NOTE :- Below i explain the answer in my own words by which you understand it well.

Q: In max mode, control bus signal So,s1 and S2 are sent out in form * Shared Decoded Unshared O…

A: As per our guidlines we are supposed to answer only one question.kindly repost other question as a…

Q: Please write an introduction and conclusion for your lap report on data transmission with external…

A: Introduction to External Memory Data TransferData is sent between the microprocessor and I/O devices…

Q: Write down the control sequence for the following instructions (given as operation source…

A: Task : Write the control sequence for the given instructions.

Q: 45. Consider the GPIB interface between a talker and a listener as shown in Figure 13-86(a). From…

A: Given:

Q: Understand the distinction between parallel and serial programming.

A: All possible models or regressions are referred to as all conceivable models or regressions. Once…

Q: A tag bit architecture assumes that neighboring memory positions contain different types of data: a…

A: Tagged Architecture

Q: Draw the functional block diagram of the datapath unit.

A: Functional block diagram:

Q: Explain the role as well as strengths and weaknesses of polling, interrupts, and DMA.

A: Polling: Polling, or polled operation, in computer science, refers to actively sampling the status…

Q: 1. The diagram below shows a typical data acquisition system where an analogue signal from a…

A: Data acquisition system A typical Data Acquisition System consists of individual sensors with the…

Q: What exactly is a datapath?

A: Intro A datapath is a communication link between two points and is sometimes used to describe the…

Q: Describe a linear address

A: Linear address: The address is used to denote an exact location in the memory. A hexadecimal…

Q: What does interrupt latency imply, and how does it relate to context switch time?

A: To Do: To explain interrupt latency and how does it relate to context switch time.

Q: Define streaming multiprocessor.

A: Streaming multiprocessor: The Streaming Multiprocessor (SM) is a segment of Graphics Processing…

Q: What is the biggest drawback of a single data route architecture? Multiplexors are required because…

A: Introduction: In a network or across or across several networks, routing is the process of…

Q: Describe the sequence of events in a bus request operation.

A: A control bus is part of the system bus in computer architecture, and it is used by CPUs to…

Q: Distinguish parallel programming from serial programming.

A: INTRODUCTION: Parallel programming is the technique of splitting work among a group of resources to…

Q: a) For the direct-mapped configuration, determine the number of index bits and tag bits in the…

A: А. Memоry = 32 bit Blосk size = 32Byte -> Blосk Оffset = lоg 32 = 3 bit. Tоtаl…

Q: In CRC, the given pattern is 8 bits, which means, number of FCS bits is: 6 bits. а. b. 8 bits.…

A: In CRC,the given pattern is 8 bits, which means ,number of FCS bits is

Q: What is interrupt latency and how does it relate to context switching time?

A: Given: The time it takes for a system interrupt to be handled from the time it is generated to the…

Concept explainers

Transmission media

A communication channel that transmits data from a source to a recipient is referred to as "transmission media." Electromagnetic impulses are used to transmit data. Transmission media's primary purpose is to transmit data in the form of bits via a local area network (LAN). In data transport, it is the physical link that connects the transmitter and receiver. Transmission medium is part of layer 1 or physical layer of the ISO/OSI (Open System Interconnection) model.

Question

Explain three (3) differences between datagram switching network and virtual
circuit switching network in terms of delay rate, phase connection and packet
delivery.

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 3

VIEW

Step by step

Solved in 3 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

Justify why, according to the OSI model, the network layer is responsible for providing a virtual circuit interface for packet-switched services.
In contrast to datagram and virtual-circuit networks, circuit-switched networks don't need a routing or switching table to figure out which port to send data to in order to reach its final destination. Please explain this inconsistency to us.
Discuss the functions of a network switch in the OSI model, including how it operates at the data link layer.
29. Match the following : List - I List - IIa. Call control protocol i. Interface between Base Transceiver Station (BTS) and Base Station Controller (BSC)b. A-bis ii. Spread spectrumc. BSMAP iii. Connection managementd. CDMA iv. Works between Mobile Switching Centre (MSC) and Base Station Subsystem (BSS)Code:a b c d a. iii iv i ii b. iii i iv ii c. i ii iii iv d. iv iii ii i
Explain how the network layer in the OSI model provides a virtual circuit interface to a packet-switched service.
Discuss the role of routers and switches in the context of the OSI model, and how they operate at different layers.
Describe the role of a VLAN router or Layer 3 switch in inter-VLAN communication and provide a practical scenario where this is necessary.
Explain in detail about the addressing and routing techniques in the communication network. You are required to provide any suitable illustration to support your explanation.
In this part, we'll compare and contrast the pros and cons of circuit switch networks with packet switch networks.
MPLS combines the performance of ATM with the richness of IP to create a high-performance network.