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← Older revision		Revision as of 18:45, 7 March 2024
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	*[[Serverless Framework]]		*[[Serverless Framework]]
	*[[Server Operating System]]		*[[Server Operating System]]
		+	*[[Client Server Architecture]]

@@ Line 98: / Line 98: @@
 *[[Serverless Computing]]
 *[[Serverless Framework]]
+*[[Server Operating System]]

← Older revision		Revision as of 14:42, 17 July 2023
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	*[[Web Server]]		*[[Web Server]]
	*[[Application Server]]		*[[Application Server]]
		+	*[[Backup Server]]
		+	*[[.NET Enterprise Server]]
		+	*[[Server-Side Rendering]]
		+	*[[Server-Side Scripting]]
		+	*[[Serverless Architecture]]
		+	*[[Serverless Computing]]
		+	*[[Serverless Framework]]

@@ Line 24: / Line 24: @@
 Mail servers are used to send and receive email. Mail servers can be configured to work with different types of mail clients, including those that use POP3, IMAP4, and SMTP protocols.
 Application Servers run different types of software applications on behalf of users. Common application server tasks include hosting files and databases for users, serving up Web pages, running messaging systems, and more.
-Virtual Servers are a type of server that runs as a separate process on a computer rather than being housed within the operating system itself. This allows virtual servers to exist in multiple locations at once without actually affecting how the computer operates. Virtual Servers are commonly used in conjunction with cloud computing services like Amazon AWS or Google Cloud Platform
+Virtual Servers are a type of server that runs as a separate process on a computer rather than being housed within the [[Operating System (OS)]] itself. This allows virtual servers to exist in multiple locations at once without actually affecting how the computer operates. Virtual Servers are commonly used in conjunction with cloud computing services like Amazon AWS or Google Cloud Platform
 *Streaming video server
 A streaming video server is perfect for those who want to stream their videos with excellent performance. With this powerful server, you'll be able to stream videos in high resolution at 4k without any lag or buffering. The server is also capable of streaming videos in various formats, making it easy for you to share your content with your viewers.

← Older revision		Revision as of 18:06, 2 January 2023
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	*Three-tier architectures present information on one screen or computer screen at a time by dividing an application into three parts: presentation (such as graphics), application (which does the work), and data (which stores information). This architecture is most commonly used in business because it allows multiple applications to run on one computer simultaneously without causing interference or slowing down the system as a whole. It's also popular for gaming systems because it allows people to play games while they're working.		*Three-tier architectures present information on one screen or computer screen at a time by dividing an application into three parts: presentation (such as graphics), application (which does the work), and data (which stores information). This architecture is most commonly used in business because it allows multiple applications to run on one computer simultaneously without causing interference or slowing down the system as a whole. It's also popular for gaming systems because it allows people to play games while they're working.
	*Four-tier architectures are becoming more popular because they allow for increased scalability and manage dependencies. A presentation tier handles the graphics, sound, and user interface. An application tier manages the tasks the user wants to do, such as creating a document or compiling a program. A service tier provides support for common tasks, such as sending e-mails or streaming videos. Finally, data is stored in a separate layer that's off limits to users but accessible by applications in the application tier. This architecture is most commonly used in large organizations that have multiple applications that need to be accessed by different people at different times. It's also becoming popular in business because it allows for an increased number of users on one computer without causing interference or slowing down the system as a whole		*Four-tier architectures are becoming more popular because they allow for increased scalability and manage dependencies. A presentation tier handles the graphics, sound, and user interface. An application tier manages the tasks the user wants to do, such as creating a document or compiling a program. A service tier provides support for common tasks, such as sending e-mails or streaming videos. Finally, data is stored in a separate layer that's off limits to users but accessible by applications in the application tier. This architecture is most commonly used in large organizations that have multiple applications that need to be accessed by different people at different times. It's also becoming popular in business because it allows for an increased number of users on one computer without causing interference or slowing down the system as a whole
		+
		+
		+
		+	==See Also==
		+	*[[Web Server]]
		+	*[[Application Server]]
		+
		+
		+
		+
		+
		+	==References==
		+	<references />

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 There are four main types of server architectures: One-Tier, Two-Tier, Three-Tier, and Four-Tier. Each has its own set of benefits and drawbacks.
 *One-Tier architectures are the simplest type of server, and don't require access to the network. They're best suited for small businesses that don't need to share their servers with other organizations.
-*Two-Tier architectures divide a computer into a [[Client Server Architecture|client (the user) and a server]]. The client talks to the server, which runs the code. This architecture is popular in offices because users can use different applications without having to change their computers or learn new software. However, this architecture is more complicated than one tier because users have to know how to work with multiple tiers of software interpreters and servers.
+*Two-Tier architectures [[Client Server Architecture|divide a computer into a client (the user) and a server]]. The client talks to the server, which runs the code. This architecture is popular in offices because users can use different applications without having to change their computers or learn new software. However, this architecture is more complicated than one tier because users have to know how to work with multiple tiers of software interpreters and servers.
 *Three-tier architectures present information on one screen or computer screen at a time by dividing an application into three parts: presentation (such as graphics), application (which does the work), and data (which stores information). This architecture is most commonly used in business because it allows multiple applications to run on one computer simultaneously without causing interference or slowing down the system as a whole. It's also popular for gaming systems because it allows people to play games while they're working.
 *Four-tier architectures are becoming more popular because they allow for increased scalability and manage dependencies. A presentation tier handles the graphics, sound, and user interface. An application tier manages the tasks the user wants to do, such as creating a document or compiling a program. A service tier provides support for common tasks, such as sending e-mails or streaming videos. Finally, data is stored in a separate layer that's off limits to users but accessible by applications in the application tier. This architecture is most commonly used in large organizations that have multiple applications that need to be accessed by different people at different times. It's also becoming popular in business because it allows for an increased number of users on one computer without causing interference or slowing down the system as a whole