Give two examples of computer applications that would benefit from a connection oriented service.Give two instances where a connectionless service is optimal.(...)
Q: What are the three conditions that must be satisfied in order for a network to be successful and…
A: NOTE :- Below i explain the answer in my own words by which you understand it well. An…
Q: In order for a network to be both effective and efficient, there are three characteristics that need…
A: Hi there, Please find your solution below, I hope you would find my solution useful and helpful.…
Q: What three properties must a network possess in order for it to be considered both functional and…
A: Network Possess: Production planners are in charge of determining how and where things will be…
Q: Using a computer network as an example, describe the connection that exists between the concepts of…
A: Networking of computers: A computer network is a system that links many computers in order to…
Q: lication based o
A: Introduction:The logical and structural design of a network is called its architecture. The network…
Q: Give two examples of computer applications that would benefit from a connection oriented service.…
A: I have given examples for connection-oriented and connection-less services below.
Q: Are there any network topologies that can be implemented, and which do you prefer?
A: Introduction: A Mesh Topology network has the greatest links, making it the most practical…
Q: Which three requirements must be satisfied by a network in order for it to function in a manner that…
A: EXPLANATIONS: A computer network is a group of computers that share resources that are shared by…
Q: In the context of a computer network, explain the relationship between the words dependability and…
A: Computer network: This computer network is a system that connects numerous computers to exchange…
Q: t is recommended that a list of five typical network topologies be supplied. Which one do you…
A: Answer: Topology refers to the process in which all the networks are interlinked. When two or more…
Q: Give some advantages and disadvantages with example of The connectionless service The…
A: STEP-1The connectionless service• The network layer was planned for connectionless operation when…
Q: In order for a network to function correctly and effectively, there are three conditions that it…
A: Definition: We must emphasize the three characteristics that a network must meet in order to be…
Q: Suppose that if there are n users of a network, the value of the membership is proportional to n(n -…
A: Introduction: A value network is a collection of relationships between companies and/or people that…
Q: Which three elements are absolutely necessary for a network to function smoothly and efficiently?…
A: The question has been answered in step2
Q: Explain what is wrong with the following network design and provide a solution to fix it. A
A: It is defined as a physical or virtual internetworking device that is designed to receive, analyze,…
Q: A network has to fulfill three requirements in order to function correctly and efficiently and carry…
A: Given: We need to stress the three things a network needs to have in order to work well and…
Q: A network must be able to meet all three of the aforementioned requirements in order to be deemed…
A: In order to a network to function correctly and effectively, it is necessary for it to possess all…
Q: What three factors are absolutely necessary for a network to function effectively? Let's dissect…
A: Here is the answer below:-
Q: opment of a n
A: Network: Networks are a sort of computing paradigm that permits a few parallel processes to run…
Q: Describe the relationship between the terms dependability and availability in the context of a…
A: Obsolescence and Depreciation: Depreciation is the a term used to describe the decline in fixed…
Q: two example computer applications (social) for which connection-oriented service is appropriate.…
A: The data can be sent from one device to another device. There are two ways in which this can be done…
Q: Describe how the ideas of dependability and availability are related, using the example of a…
A: An Electronic Network: This system of the interconnected computers allows for the sharing of data…
Q: Draw an AOA network for each of the following situations: 1. A precedes B; B and C precedes D 2. A…
A: Solution:
Q: Give two benefits of adopting virtualization on a network.
A: Introduction: Virtualization aims to create a virtual version of a gadget or asset, such as a…
Q: In order for a network to be regarded both functional and efficient, what three characteristics must…
A: Start: At this stage, production planners define how and where items will be manufactured, as well…
Q: ve an example of activities of the last network construction. (A must finish before B can start, and…
A: Lets see the solution.
Q: If three prerequisites aren't satisfied, how can a network be efficient and effective? Briefly…
A: Introduction: What are the three requirements for an efficient and successful network? The most…
Q: A network must satisfy three conditions in order to be successful and efficient. Please explain in…
A: Answer:
Q: What are the three conditions that a network must meet in order to be effective and efficient in its…
A: EXPLANATIONS: A computer network is defined as the collection of computers that share resources…
Q: Three conditions must be satisfied before a network can be considered successful and efficient.…
A: The most critical requirements are performance, dependability, and security. The number of users,…
Q: Is it feasible for a network to be effective and efficient if it has the following three…
A: Given: A network consists of multiple computers that are linked together in order to pool their…
Q: Computer science Explain the difference between connectionless and connection-oriented services.
A: Introduction: Because of corporate policy, we can only respond to one question at a time, so please…
Q: Question 3 What is the ordering of communication with a bidirectional gRPC service? All of request,…
A: Answer: All of request, then all of response.
Q: Find out how modern network applications are able to handle several simultaneous connections to the…
A: Given: Connected-web apps often use many persistent TCP connections to retrieve various material…
Q: Is there a recommended network architecture for this scenario?
A: A network's topology refers to its physical or logical configuration. It specifies how to separate…
Q: There is a danger that a network will not perform as effectively and efficiently as it might if…
A: Before it can be used in the real world, an operational network must meet certain conditions. The…
Q: Please provide two instances of computer applications that might benefit from a connection-oriented…
A: Introduction: Connection oriented services for computer applications include file transfer and music…
Q: Is there a certain network architecture that you believe is optimal in this situation?
A: The topology of a network refers to its physical or logical configuration. It defines how separate…
Q: Five typical networks' topologies must be identified. Which one do you think is the most…
A: Bus Topology: Simple and inexpensive, but prone to breakdowns and only suitable for low traffic…
Q: nce ve
A: As per guidelines we can solve only one question at a time hence resubmit the question for other…
Q: Explain the link between dependability and availability in the context of a computer network. It has…
A: Computer Networking: In a network, reliability means that the computer performs as intended.…
Q: Fill the table below using the Activity-on-Arrow (A-o-A) network given and answer the questions.…
A: A-D-I=3+5+6=14 days B-E-I4+3+6=13 days B-F-J=4+5+4=13 days C-G-J=4+6+4=14 days C-H-K=4+5+3=12 days…
Q: Give two example computer applications for which connection-oriented service is appropriate. Now…
A:
Q: Consider a set of mobile computing clients in a certain town who each need to be connected to one of…
A:
Q: For a network to be effective and efficient, three conditions must be satisfied. Please use your own…
A: A collection of two or more computers or other electronic devices that are interconnected to share…
Give two examples of computer applications that would benefit from a connection oriented service.Give two instances where a connectionless service is optimal.(...)
Step by step
Solved in 2 steps
- SIMULATION AND MODELING Consider a single server queuing system in the bank. The system starts at time t=0. The arrival time of customers is: 0.4, 1.6, 2.1, 3.8, 4.0, 5.6, 5.8, and 7.2. The departure times are: 2.4, 3.1, 3.3, 4.9, and 8.6. Time is in minutes. The first in first out queuing discipline is followed. Simulate this system for six clients and estimate: i. The expected average number of clients in the in the at any timeTelemedicine is the ability to provide medical assistance from a distance using telecommunication. For this example, imagine that a platoon of soldiers might be out in the battlefield. While a medic might be with them, he/she cannot constantly monitor each soldier’s vital signs, but if various sensors were sewn into soldier uniforms, vital statistics could be monitored from a distance by a doctor at headquarters. That doctor may be able to identify a medical problem for one of the soldiers and relay that information and instructions for care back to a medic in the area. The doctor at headquarters should be able to select a given soldier and see that soldier’s vital signs on a portable computer device (e.g., iPad). Perhaps the medic in the field might even have a video camera so that the doctor may be able to view a wound. Design the interface that the HQ doctor would see. Using the display design principles design an interface mockup using graphics, photos, and/or text to show what…The term "communication network" may also refer to WSNs. Wireless sensor networks relay information between individual nodes and a central hub. Power and storage on a sensor node are limited. Take, for example, an algorithm that can be solved by solving subproblems. In order to solve these sub-problems at separate sensor nodes, would you prefer use divide & conquer or dynamic programming? Try to keep your writing short and sweet.
- Wireless sensor networks are a type of communication network. In WSNs, sensor nodes are responsible for relaying information to and from other nodes and a central base station. Typically, a sensor node has limited resources, such as processing speed and storage space. Take a algorithm that can be decomposed into simpler issues. To solve these subproblems at separate sensor nodes, would you rather use divide and conquer or dynamic programming? Use succinct language.imagine that as example We have a transportation company operates individual taxis and shuttles. It uses its taxis for transporting in the form of an individual or small group from one location to another. On the other hand, the shuttles have different scenario. They are used to pick up individuals from separate locations and provide them conveyance to several destinations. Any individual can call the company from anywhere. It may be a hotel, a mall, entertainment venue or any tourist company. When the company receives a call from such individuals, it tries schedule any available taxi for pickup service for fee-based If There's no available taxi, it does not operate any form of queuing system. Means " If there is no available car, the order is lost " If the vehicles are available, the individual confirms for pick-up. After arrival at the pick-up place the driver notify the company that it has picked up the passenger. The driver notifies the company again at the time of dropping him…Wireless sensor networks (WSNs) are an example of a network that may facilitate communication. Sensing nodes in WSNs communicate with one another and a central hub. The computing resources and storage space of a sensor node are limited. Think of an algorithm that can be solved by separating it into smaller chunks. To solve these subproblems at separate sensor nodes, would you prefer use divide and conquer or dynamic programming? Please be brief in your writing.
- How many of the following three conditions must be satisfied before we can call a network productive and successful? Let's take it one at a time and analyze it separately.Consider a world on which each individual belongs to a family of six, each family resides in its own home, each house has a specific address and every person in a certain house is given a unique name.Assume that this world has a postal service providing letters from source to destination. The postal service needs (1) the letter to be in an envelope and (2)that the address (and nothing else) of the destination house be clearly shown on the envelope. Suppose each family has a delegated member who receives letters for the other family members and distributes them. The letters do not actually give the receivers of the letters a hint. a. Would the postal service.ever have to open the envelope and inspect the letter and include the service under your protocol?You'd like to study social networks. Consider the following 26 people {A,B,C,...,X,Y,Z} in a social network graph. (These people can be thought of as "nodes" or points drawn on a piece of paper.) Here, we'd like to model "followers." How many different ways can we draw arrows between two people from these 26? Here, "A-->B" (A is a follower of B) is not the same as "B-->A" (B is a follower of A). Order matters here. Enter your answer as a whole number.
- Wireless sensor networks are a special kind of network that may transmit data. For data transmission between nodes and the base station, WSNs rely on sensor nodes. The computing resources and storage space of a sensor node are limited. In this thought experiment, we will consider a decomposable algorithm. To solve these subproblems at separate sensor nodes, would you prefer use divide and conquer or dynamic programming? Use succinct language.Consider a world on which each individual belongs to a family of six, each family resides in its own home, each house has a specific address and every person in a certain house is given a unique name. Assume that this world has a postal service providing letters from source to destination. The postal service needs (1) the letter to be in an envelope and (2) that the address (and nothing else) of the destination house be clearly shown on the envelope. Suppose each family has a delegated member who receives letters for the other family members and distributes them. The letters do not actually give the receivers of the letters a hint. a. Define a procedure used by delegates to deliver letters from the transmitting family member to a receiving family member using the approach R1 above.Wireless sensor networks (WSNs) are an example of a network that may facilitate communication. Sensing nodes in WSNS communicate with one another and a central hub. The computing resources and storage space of a sensor node are limited. Think of an algorithm that can be solved by separating it into smaller chunks. To solve these subproblems at separate sensor nodes, would you prefer use divide and conquer or dynamic programming? Please be brief in your writing.