The history of automation is a long one. It started in the 1940’s when the likes of Thomas Edison and Henry Ford were putting out pushbutton electric typewriters that would do all the typing for them. They thought the typewriter could do more than just type. They thought the typewriter could do everything it was designed to do. This would be the beginning of the first mass-produced machines.
The technology would continue moving forward. The first practical typewriters were made in the 1950s with a battery that held the keys. This was a breakthrough because it allowed for a more accurate typing. The first practical desktop computers were made in the ’70s, and that was the beginning of the first computers that could perform more than just a few functions.
In the 80s and 90s, the introduction of the PC came with the development of the mouse and the keyboard. These were the first computers with more programs and more functions than there were humans to use them. The PC was also the first computer that could connect to the Internet, allowing for the first mass-produced online computer to be created. It also allowed people with jobs to create more jobs that would allow more people to be employed, and in the process create more Internet jobs.
When we started we thought of the IBM PC as being a machine that can be run on a computer that has a lot of memory to spare, and that can run on a computer with a lot of memory. It became more and more clear that there were machines that could be programmed into a machine, and that could be run on a computer without any memory, and that was the PC.
In the early 2000s, people started to have the idea they were going to be able to program themselves into machines, and that was the idea that the internet was going to be a place where you could go and build a machine and let it be your own.
Computers were still relatively new at the time, and it took a couple of years before we had machines that could be used as a replacement for our own bodies. But it was a long time between the machines being able to remember and learn, and they were still just a couple of years old, at least in our world. The PC was a major part of that transition, but it wasn’t until about 2007 that we could program the machines.
It took at least another two years for the first computers to be capable of learning. And that was even after we had already been programming computers for years. But that was still a very long time.
The transition was much more gradual in the world of robotics. Even though we have machines that can learn quickly, it took them a pretty long time to become capable of learning. For example, when the first computers were able to learn, it was still a few years before we were able to program them. And yet, we still had a few years of this transition.
The main reason for this transition is that it seems like the people who were able to get control of the machines that we were creating had actually had access to some of the human technology to learn. It seems like they were only able to make it happen because they had to.
This transition took place over a period of about two to three decades from the point we started to program the machines. At first, most people had no access to computers at all. This is because to create a program to automate something took a long time and was not something that people of all backgrounds could participate in.