Hello and welcome, in this post we will understand Study of Web Development History. With this, when did web development begin ?, How web development started? And How did they reach here at the web development field? We will see the answer to this.
We are going to understand some more things like that.
- When Did Web Development Begin?
- How Web Development Started?
- How Did they Reach Here at the Web Development Field?
1. When Did Web Development Begin?
Today we are giving you a little history lesson on Web Development (Website Development) and Design.Let’s Start in 1989 when Web Design was really, non-existent.
The early 1990’s text-based sites were created by HTML.
During this time, Single-Column Sites looked like text documents.In 1995, tables allowed for multiple columns and Improved layout and Design.
.In 1996, Flash gave designers the freedom to design layouts, Animations, Shapes, and fonts in one tool.
During this time animated text, Scrolling text, GIF Images, Intro Animations, and Interactive effects ruled the web.
Then, in 1998 CSS separated design from content making design easier and more uniform.
When the Early 2000s rolled around JavaScrip began to rule the web. Also, user-created content became more prevalent through journals, profiles, and photo collections. In 2007, the 960 grid system and 12-column division improved mobile web Browsing.
Frequently-used elements such as Buttons, form.
Navigation were Streamlined for Mobile.
Between 2008 and 2009 interactive content, especially content that changes without a refresh became extremely popular.
Also, the design focused on content publication and social websites. Responsive web design was born between 2010 and 2015.
During this time flat design that simplified websites and returned emphasis to content became popular.
2. How Web Development Started?
Your computer sent a message to a computer on YouTube that might be states or countries or continents away.
It didn’t know how to get the message there.
But it sent it anyway.The message probably arrived after about half a second and told YouTube’s.
Computers to Search for a File a Set of Ones and Zero.
Practically indistinguishable from the billions all around it and to send that file back to you.
YouTube’s computers then sent the file back to your computer piece by piece,
Where those and zeros were interpreted as the start of a video.
And the ones and Zeros are still streaming in, even while you’re watching me talk.It’s pretty amazing, when you think about it.
And if you’re curious how we ended up ina world where billions of computers are all Interconnected through this strange structure.
that we call the Internet, then you’re in the right place.
Because this is the start of a Mini-Series of Videos About the History of the Internet, from some of the first attempts at making computers work together.
through modern social networks and on-the-go videoconferences.Developing the right combination of Software, Hardware, Technology, and marketing took decades.
so we won’t be able to Talk about Every Important Engineer and invention
.But we hope you’ll join us as we investigate some of the crucial ideas and events along the way.
Started Making Computers
People Started Making Computers work together pretty early on as far back as World WarII, when computers were big.
Clunky machines that didn’t do much more than solve really difficult math problems.
Even with the best computers of the day, it could take months to solve just one of the complicated.
Physics Problems involved in making the Atomic Bomb.
But a team led by Physicist Richard Feynman found a way of solving a bunch of problems at.
once when computers weren’t being used for part of one problem.
They had those Computers Work on part of a different problem.So one problem might still take a month, but they could also solve three or four in the same amount of time.
And for really important Calculations, they used their system to Concurrently do the same problem a whole bunch of times.
That way, they were sure of the final answer even if a Couple of computers made mistakes along the way.
Another early step came in the 1950s and 60s when colleges started separating their computer terminals,
Where someone would Type their Program, from the computers themselves
This made it easy for lots of different People to Experiment with the new machines while keeping the circuits and tubes safely away from tinkering hands.
It was almost like an early form of today cloud computing, where a user-friendly computer sends complicated tasks to better,
Less accessible computers somewhere else.
Except that today’s cloud uses the Internet, and in 1960, there was no Internet.But people were starting to think about it.
The US Department of Defense had recently created the Advanced Research Projects Agency,
Also known as ARPA, to keep its technology a step ahead of the Soviets.
And a computer enthusiast named Joseph Lickliderhelped convinces ARPA to fund research into a Computer network.
connecting scientists and engineers throughout the country.
A few key colleges agreed to be involved, and ARPA started building the network in 1969.
They called it ARPANET.It started fairly small, as a sort of messaging service between computers at UCLA, UC SantaBarbara, Stanford University, and.
the University of Utah.
But it was the first network of its kind.And as ARPANET grew over the next couple of decades, its engineers would add features and solve problems that still shape everything we do online.
One of ARPANET’s first big innovations was what’s known as Packet switching.You know how sometimes in old movies.
when someone wants to phone a friend they have to call a Switchboard operator first?
The operator was there because those phones worked by what’s called circuit switching.
Circuit switching works
where signals could only get from one place to another if there was a Single uninterrupted circuit between them.
So the Operator’s job was literally to plug the wire from one phone into the wire from another.
Circuit switching works great if two places stay connected for a long time, as they might be for a phone call,
which is why most phones still work through Circuit Switching— Except that now the circuits move Automatically instead of manually.
Web Development History But it would be impractical for the internet to work that way.
Your computer would only be able to connect to one other computer at a time, and it would take extra time.
Whenever you tried to connect somewhere else.
Some modern Websites Might Connect you toten different computers from around the world at the same time.All of them need to Respond Immediately if you click,
All the while connecting and Monitoring Hundreds of other visitors at once.
So circuits all over the place would constantly be flipping around, connecting somewhere fora split second before switching away and connecting elsewhere.
It just wouldn’t work.
Even back in the 1960s, engineers knew that computers send messages far too quickly to make circuit switching practical.
So instead, they invented an alternative:- Web Development History packet switching, where different computers send messages along with the same set of
Wires instead of each getting one.
To communicate with each other, they just send a message, called a packet, along the wires.
Every packet had a kind of address label: a string of numbers representing the computer where it was headed.
The computer where it started would look up the address on a table with all the addresses in the network on it, and
then send the packet toward whatever nearby computer was closest to the destination.
That Second Computer would get the packet, look up the Destination Address, and again send the packet in the right direction.
This process would repeat over and over until the packet finally got where it was going.no moving circuits or wires, no One-conversation-at-a-time requirement.
ARPANET used packet switching from the start, and its packets traveled over phone lines.
And at first, packet switching worked exactly as planned.
But there were problems over the next couple of years, as dozens of New computers from around the country joined.
, they’d get packets and Wouldnt know where to send them, or they’d try to send a packet somewhere that might not be around anymore.
But the network kept getting bigger and bigger, and sometimes a computer’s address might change if they temporarily disconnected from the network or a connection stopped working.
And different computers ended up with different address books if they didn’t update fast enough.
So ARPANET’s engineers scrapped that system and selected Stanford as the official record-keeper of everyone addresses in 1973.
This quick-fix let ARPANET keep growing throughout the seventies, with sixty computers in 1974 and over a hundred by 1977.
Soon, satellites connected California and Hawaii, stretching ARPANET to what had been one of the most isolated places in the world.
Then, ARPANET jumped across the pond, extending the network to England and Norway.But by the mid-seventies, ARPANET wasn’t the only network in town.
Similar networks were popping up around the world, and some had even more computers on them.
But everyone formatted their Packets Differently, so even though you could connect different networks, it was a real headache.
The problem was mostly solved back in 1974, but it took until the early eighties before ARPANET, and most of the other networks started using it.
The solution was a set of programs called TCP/IP, or Transmission Control Protocol/internet protocol, which we still use today.
The Transmission Control Protocol was a standard way of formatting packets so that everyone was speaking the same language.
Once two Networks used TCP/IP, connecting them became way easier.
ARPANET growing so quickly
So all the different networks were connected, forming what became known as the Internet — with ARPANET as the glue holding it all together.
But with ARPANET growing so quickly and connecting to so many other networks, the record-keepers at Stanford were getting overloaded.
Hosts were always joining and changing addresses and trying to download the updated address book, and occasionally
The Stanford list would have errors that messed up communication throughout the network.
But different computers had different email programs, and some required a list of every computeb
r it would pass between sender and receiver .
so people had to keep an updated map of the entire network by their desk, and they had to type out the path of their email before they could send it.
And with hundreds of computers on ARPANET and over a thousand across the Internet.
keeping up those maps was getting impossible.
They came up with the Domain Name System, or DNS.
Instead of separating each host and storing their addresses in a random order,
the hosts were arranged into domains.
Firstcame the top-level domains — those dot-coms and dot-us at the end of every website and email address.
Top level domains
The new top-level domains meant that instead of sending an email to.
within the top-level domain ‘dot-edu’”.The domain structure organized all those different hosts from all around the world in a way that computers could handle.
Then, DNS added a whole new network to the internet whose whole job was to keep track of addresses and connections.
One computer on the new network effectively stored all addresses within the dot-com top-level domain.
Another got all the dot-edges, another got all the dot-org, and so on.
Then, other new computers collectively mapped out the entire network.So when you wanted to send an email,
You didna have to check your map and plan out all the connections yourself.
That became the DNS’s job — and its still the DNS’s job today.
It just told the DNS server that it had something for the domain “youtube” within the top-level domain “dot-com”.
And the DNS server did the rest.By the late 1980s, the Department of Defense realized that it had long-since accomplished its goal. Originally, they just wanted a few reliably interconnected computers,
But they ended up serving as the backbone of a global network of thousands of universities, companies, and governments all talking to each other.
So they decided to end the ARPANET project, and they needed to find someone to take over all those wires .
someone to run the Internet. And could the internet, this huge Complicated System, become accessible to the general public?
These were the big questions plaguing the Internet in 1989, and that’s where we’ll pick up in the next episode of this series.Thanks
3. How did they reach here at the web development field ?
What is the future of web development (Website development) as you start learning to code today and some concrete information about it.
you will find blogging platform drag-and-drop editor duties solutions themes plugins classification virtual reality mobile device voice machine artificial intelligence?
Native applications were considered the end of two different decades of web developers to understand what technology is,
And the first websites to run online are based on basic HTML.
There was virtually no styling magic interaction in the documentation and no real interaction with it,
And most of the time it was clear that website owners running our database of Web Development History.
which is a way to create template files and use them extensively on the Website and create Todinemeli content based on
Because five years from now it is also necessary for programmers and web developers to work for coders for web developers.
So we hear everyone about machine learning and artificial.
Intelligence is improving day by day.
Depressed coders and you just want to blow up your dream of becoming the web developer of the north The next five years.
Are one in ten years Is faster than the year if it is not possible to change it, it can change personally? AI will be better.
It will be better to learn as you wish. Yes, there will be a time when there is time. There is no need to create new technology but it will not happen tomorrow.
This is still wrong but artificial intelligence is not there yet and age to machining is not the way to go.
With ‘Quantum Computing’ approaching,
we are still in our infancy and learning about quantum computer cribs and things in that nature, we said in a statement.
You might be wondering what you think so if we don’t work on the website.
The statistics show a ten-year perspective and there is only one section.
classification for web developers and the next ten years or eighty years perspective is good as they analyze.
the project from 2012 to 202 and there the web developer and the field itself will move forward.
About 1% faster and faster than the Davit area, the growth rate of software development is 24%, and
All this is being driven by machining and artificial intelligence, shopping discovery and the Internet of Things Google Reality and Virtual Reality.
Someone working independently still working on the popular coding stack believes.
That if you don’t own the machine you won’t own the machine for the next 10 years and we as individuals are obsolete for marathons
just because coders take artificial intelligence and machine learning practically
other types of hospitalization nowadays This topic can be seen in robotics patients.
That are used in the 10-year-old school to college can be made in a school fourteen varsampaiki Medical School.
Stay in a two-year residency.
Advocates say that if you replace the artificially operated female robot.
Then of course there are still a lot of Goto school people going to school.
Technology has been further integrated into the medical field.
While human doctors and nurses can still become career choices.
Other service industries so that the future of web development.
Looks good because the next 10 years look right so if you are doing Web Development History.
In this post, we have understood the Study of Web Development History. With this, when did web development begin ?, How web development history started? And how did they reach here at the web development field? And look at the answer to this. I hope you understand everything. Bookmark the website for more information.
the worlds first website is CERN .
The first web page address was http://info.cern.ch/hypertext/WWW/TheProject.html
The first Indian website is rediff.com. Rediff.com was the first website domain name registered in India in 1996.
word wide web founder is Sir Tim Berners-Lee and Robert Cailliau.