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Read More – What is Client-Server Architecture and Types?Advantages of Client Server ArchitectureThere are few benefits of client server architecture, such as –
Disadvantages of Client Server ArchitectureHere, we will spread light on some limitations of Client Server Architecture, such as –
Characteristics of Client Server ArchitectureThere are few features of Client Server Architecture, such as –
2. List some factors to choose software architecture based on non-functional requirements. Answer & Explanation Unlock full access to Course Hero Explore over 16 million step-by-step answers from our library Get answer Our verified expert tutors typically answer within 15-30 minutes. You will the following topic through this blog –
Before we explain client server architecture and you start reading words such as servers, service, network, data, and files, and start feeling overwhelmed with jargon, let us first understand about this architecture in layperson’s terms. The notion of client-server architecture can be understood by the analogy of ordering a pizza for delivery. You call the store to order a pizza and someone picks up the call, takes your order, and then delivers it. Simple, right? Yes, this analogy pretty much answers the fundamental principle of client server architecture. Simply put, two factors are involved :
Client server architecture is a computing model in which the server hosts, delivers, and manages most of the resources and services requested by the client. It is also known as the networking computing model or client server network as all requests and services are delivered over a network. The client-server architecture or model has other systems connected over a network where resources are shared among the different computers. Typically, client server architecture is arranged in a way that clients are often situated at workstations or on personal computers, while servers are located elsewhere on the network, usually on more powerful machines. Such a model is especially beneficial when the clients and server perform routine tasks. For example, in hospital data processing, a client computer can be busy running an application program for entering patient information, meanwhile the server computer can be running another program to fetch and manage the database in which the information is permanently stored. Want to know more about Cyber Security. Check out our Cyber Security Tutorial on Intellipaat! Get 100% Hike! Master Most in Demand Skills Now ! Client server architecture exampleHere are some of the client server model architecture examples from our daily life. Hope it helps you to understand the concept better.
Check out our Cybersecurity youtube Tutorial for getting in-depth Knowledge: Components of client server architecture:Essentially, three components are required to make client server architecture work. The three components are workstations, servers, and networking devices. Let us, now, discuss them in detail:
Also learn the difference between client-server architecture and Peer-to-Peer network from our blog. How does client server architecture work?So far, we have understood that client server architecture is made up of twoelements, one that provides services and the other that consumes those services. To get a clearer picture of the process, let us learn how the browser interacts with the server. Please read the following steps for a better understanding of the process:
To get in-depth knowledge about networking, join Intellipaat’s Cyber Security Certification to learn the basic concepts of networking, networking infrastructure, operations and many more! Types of client server architectureThe functionality of client server architecture is in various tiers. 1-tier architectureIn this category of client server architecture, the architecture contains all kinds of settings, such as configuration setting and marketing logic, on a single device. While the diversity of services offered by 1-tier architecture makes it one of the reliable sources, handling such an architecture is difficult. This is primarily due to the data variance. It often results in replication of work. 1-tier architecture consists of several layers, such as presentation layer, business layer, and data layer, that are combined with the help of a unique software package. The data present in this layer is usually stored in local systems or on a shared drive. 2-tier architectureThis architecture has the best environment. In this architecture, the user interface is stored on the client’s side and the database is stored on the server, while database logic and business logic is maintained either on the client’s side or on the server’s side. The 2-tier architecture is faster in comparison to the 1-tier architecture; this is because the 2-tier architecture does not have any intermediary between the client and the server. It is often utilized to avoid confusion between clients. One of the popular examples of 2-tier architecture is the online ticket reservation system. 3-tier architectureUnlike 2-tier architecture that has no intermediary, in 3-tier client server architecture, a middleware lies between the client and the server. If the client places a request to fetch specific information from the server, the request will first be received by the middleware. It will then be dispatched to the server for further actions. The same pattern will be followed when the server sends a response to the client. The framework of 3-tier architecture is categorized into three main layers, presentation layer, application layer, and database tier. All three layers are controlled at different ends. While the presentation layer is controlled at the client’s device, the middleware and the server handle the application layer and the database tier respectively. Due to the presence of a third layer that provides data control, 3-tier architecture is more secure, has invisible database structure, and provides data integrity. N-tier architectureN-tier architecture is also called multi-tier architecture. It is the scaled form of the other three types of architecture. This architecture has a provision for locating each function as an isolated layer that includes presentation, application processing, and management of data functionalities. Preparing for a job interview. Check out our Top 50 Cyber Security Interview Questions! Difference between peer-to-peer network and client server architectureThe following table lists five major differences between peer-to-peer architecture and client server architecture:
Enroll in our Ethical Hacking training course and learn Ethical Hacking from industry experts! Advantages and disadvantages of client-server architectureThe advantages and disadvantages of client-server architecture are mentioned below:
Conclusion:This article described how networking is an act of establishing strategic alliances by communicating and exchanging data with other individuals, computers, or organizations. Client server architecture is a part of a networking model that allows multi-user updates through a graphical user interface to a shared database. Organizations, big or small, use the power of networking to scale and digitize their businesses, market their products, and improve their knowledge of news and events in their particular industries. If you have any questions, feel free to reach out to us in our Cyber Security Community! What are the advantages and disadvantages of layered architecture?Advantages and Disadvantages
The framework is simple and easy to learn and implement. There is reduced dependency because the function of each layer is separate from the other layers. Testing is easier because of the separated components, each component can be tested individually. Cost overheads are fairly low.
What are the advantages and disadvantages of clientAdvantages and disadvantages of client-server architecture. What are advantages of clientA) Advantages Of Client Server Architecture
The model is efficient in delivering resources to the client and also requires low-cost maintenance. It is easy to manage, and the data can be easily delivered to the client. As the data is centralized, this system is more secure and serves added security to the data.
What are the advantages of layered architecture in computer networks?The division of network protocols and services into layers not only helps simplify networking protocols by breaking them into smaller, more manageable units, but also offers greater flexibility. By dividing protocols into layers, protocols can be designed for interoperability.
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