How Does a Server Work?

How Does a Server Work?

There are many types of servers these days, but the simplest definition is a computer that provides specific services to users. Users access these services through client software, which sends requests to the server. The server handles the request and returns the result to the user. A server is used to host web pages and applications. A server is also used to store data. To learn more about servers, check out this article. This will help you decide which server type is right for your needs.

Dedicated servers

Dedicated servers offer several advantages over shared hosting plans. With a dedicated server, you have complete control over the resources of the server, including disk space, bandwidth, and more. Dedicated servers also offer root access, which means you can install custom software and enhance security levels. This gives you total flexibility over the performance and configuration of your website. Dedicated servers are an excellent choice for users with advanced technical skills, who are interested in customizing their server’s capabilities.

Web servers

In the simplest terms, web servers manage how websites are accessed, with a fully managed virtual private server being the top of the line. Browsers make requests of the web server, which replies with data. The browser renders this data depending on the browser used. Web servers use a protocol called Hypertext Transfer Protocol (HTTP), which allows clients and services handling websites to communicate. The data returned by a web server is referred to as HTML. Here are some examples of the different components of a web server.

Print servers

A print server is a computer that connects a printer to a client computer. It is an essential part of a network. Print servers are crucial for ensuring that clients have access to the right type of printing documents. To find …

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How To Become A Gaming Developer

How To Become A Gaming Developer

A career as a gaming developer is both rewarding and challenging. There is a high demand for these skills and the incumbent at a studio can expect to earn £73k after ten years in the job. Here we look at the skills and qualifications you will need to enter this industry.

Qualifications Needed To Become A Gaming Developer

A four-year degree, such as a bachelor’s degree is usually the minimum requirement. There are accredited online programs as well that may suffice provided you have the right hard and soft skills for the job. However, most gaming developers are only hired after obtaining a degree. You will need to take courses in computer engineering and computer science. 

Math, Physics, And Engineering Software And Hardware

You need to be competent in math and physics. Gaming development will require you to work with concepts such as thermodynamics and inertia. You will also have to know algebra, trigonometry, and calculus.

Programming languages are an essential knowledge base to write code for game development. You must be proficient in MySQL, MS SQL, and/or Oracle to develop databases. You should be knowledgeable on the implementation of server backends. 

The Ability to Tell Stories

A gaming developer must be a good storyteller. The individual needs to be able to come up with fresh and original ideas and adapt existing storylines. You need to know the difference between linear storytelling and non-linear storytelling and how to narrate. Then you will have to apply code to your storytelling. 

Experience

Game studios, especially the bigger ones, will require you to present a comprehensive portfolio showcasing your work. You should include screenshots so that prospective employers can assess your abilities. You can gain experience by creating your own games from the simplest to increasingly complex ones. It is easiest to start …

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How to Seamlessly Switch From Windows to Mac

How to Seamlessly Switch From Windows to Mac

According to analysts, Apple sold a staggering 6.5 million MacBook units in the third quarter of 2021. That represents an impressive 10% growth in its Mac sales from the same quarter of the previous year.

Those figures also imply that Macs are becoming more popular in the consumer market. So, if you need a new computer yourself, it may be time to consider making the switch to Apple.

Don’t worry, though, as we’re here to share the top tips on how to switch from Windows to Mac. So, read on to learn what you can do to make the transition easier and get the most out of your fancy new Apple computer.

Use Command In Place Of CTRL

One of the first things you’ll notice on your Mac is that its Control (⌃) key doesn’t work like the CTRL key on Windows. For a start, it serves as a modifier key for cursor-related commands.

It’s the Command key, with the cloverleaf logo (⌘) you want if you’re looking for the equivalent of CTRL. There are two of those keys on your Mac keyboard, one on each side of the Spacebar key.

Since the ⌘ key on Mac is what the CTRL key is to Windows, it’s also the most common modifier key on Apple computers. As such, it’s one of the primary keys you need to press to execute many of the 100+ keyboard shortcuts on Mac.

For instance, if you want to copy text, you must press ⌘ + C and ⌘ + V to paste the copied text. Then, if you need to save something, the Mac shortcut is ⌘ + S. Other examples are ⌘ + A for select all, ⌘ + Z for undo, and ⌘ + T to open a new tab.

Say Goodbye To

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Why You Need an Ultrabook to Maximize Work Efficiencies

Why You Need an Ultrabook to Maximize Work Efficiencies

Did you know that ever since the global pandemic began, over 71% of Americans switched to working from home?

Working away from the office shouldn’t slow you down. It’s a new type of environment but with the right tools, you can improve work efficiencies. One such tool is the new kind of laptop: an Ultrabook.

What is an Ultrabook and how does it help? Discover the answers below with our in-depth dive into the technology behind Ultrabooks and what they offer to improve your work:

Premium Hardware

One of the biggest benefits of owning an Ultrabook is the hardware. Unlike other types of laptops, you get premium hardware right from the get-go. That’s the whole point of an Ultrabook.

Take a look at the Intel EVO platform for a good example, which you can find at www.lenovo.com. A laptop can’t carry the Intel EVO label if it doesn’t come with powerful hardware. This means even the weakest Ultrabook from Lenovo will carry these parts, ensuring both efficiency and power even without having to look under the hood.

What kind of hardware will an Ultrabook carry? Expect the highest quality screens, the latest motherboard, high-grade speakers, and durable metal and plastic casing. This means you’ll get a durable and beautiful Ultrabook that lives up to its price tag. 

Guaranteed Power

Speaking of guarantees, every Ultrabook has to follow a few Key Experience Indicators or KEI. Otherwise, they won’t earn the Ultrabook or Intel EVO platform label. 

What indicators do these Ultrabooks need to follow? The device needs to feature:

  • 11th-generation Intel i5 or i7
  • At least 256 GB SSD storage
  • 8 GB RAM
  • Instant wake up
  • 9 hours of real-world battery life
  • Modern connectivity capabilities
  • Biometrics
  • Precision features such as a high-end touchscreen and keyboard

Of course, there are exceptions to …

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Handheld Technology For Science Education - Graphical Datalogger Probeware and Sensors

Handheld Technology For Science Education – Graphical Datalogger Probeware and Sensors

Data collection using modern data logging systems is revolutionizing the face of college science labs around the globe. The information which was previously tedious to collect, susceptible to much guesswork and quite often a hardship on all students to visualize or draw any actual learning value from, can be displayed inside a clear, graphical and simple to comprehend fashion with graphical data logger technology, also called probeware with sensors, designed especially for science education.

Using probeware technology and interfacing directly using the computer, these data logging devices collect information from your range of sensor types and assimilate it into easy to interpret, graphical representations. This information might be monitored while it’s being collected or stored for future use. This makes the compilation of reports and presentations much easier.

The real-time nature in the displayed information is additionally a great plus of those devices as information could be monitored since they are picked up from the sensors. This allows for the far more immediate view of the results of the experiment as well as a more accurate understanding of the implications and causes of the data that’s being collected.

One from the data logging devices that provides considerable benefits in the entire world of physics, biology, environmental science, and chemistry could be the SmartSense Vision. This is one of a fresh family of compact, graphic dataloggers that may assimilate data simultaneously which is suitable for an extensive variety of sensors.

These units have a touch-sensitive, full-color screen to produce internal software that mimics the PC software. This particular device includes a USB port so users can connect most peripherals such as a mouse or keyboard. Data stored can even be printed from it or copied onto another memory device using the USB port.

The most advanced of such new graphic dataloggers …

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