This is an excerpt from an article by New Scientist.
A machine that does the hard work for us?
Well, it is indeed the case.
We can see a little bit of the future in the future machine.
Machines that are working in a factory, for example, can be programmed to do the work, and they are not just programmed to perform certain tasks, like doing assembly or moving parts.
They are also programmed to work independently, to take on the work without being programmed.
And that is what is happening to our machines.
And what we have seen is that in order to be able to program them in this way, we need to have a way to share information with them.
That is what the Arduino is.
And this is a new type of computer.
This is what will be coming out in the next few years.
We have this new form of computer, the Arduino.
And it will be the first generation of computer to be programmed by an embedded system.
So it will have a built-in processor, it will use a computer chip that is actually a microcontroller, which means it will not have a processor, but it will only be a computer with a microprocessor.
It will be a microchip, but you will still have to buy it.
And you will have to program it with the microcontroller.
And if you want to do things like program an Arduino board, you will need to buy a board that will be compatible with Arduino.
So the Arduino, which is now a popular and successful computer, is also a product of the development of the microchip.
So microchips are now being used by a variety of industries, including the military, in many kinds of work.
This will be another development in the areas of the Internet of Things.
And in the microchipping of the machines, this will allow us to use a very flexible form of programming.
And we will be able now to program things on the computer, not just on a microchipped computer, but on the chip.
And so this will give us the ability to develop things in a very sophisticated way, so we can do things that we cannot do on a chip.
So I have been a big fan of this type of chip for a long time.
And as you know, microchip technology has matured tremendously.
And one of the reasons is because the development has become much more efficient.
And for example a microchess game, which has been played since the early 90s, now takes only a couple of seconds to develop.
But that was done with very primitive chips.
And then there is another application of the same kind of technology that I have always been a fan of, which we call microelectronics.
It has always been the case that when you build a new piece of hardware, the hardware that is built on top of it will also be able of operating on it, so that you can make a lot of changes on it.
But in the case of the Arduino you can just change the programming.
You can even change the firmware, the operating system, the processor, everything.
And all of these things are made on the microelectronic chip.
The Arduino can do this.
And its microchip processor has been designed to make it do that.
It is actually an operating system for it, and you can program a number of different things on it in order for it to be compatible to the operating systems of other microchippers, like the one that you are using.
And, you know what?
So I think that we are going to be using microchipps in the same way that we have used microchipts in previous generations of computers, such as the Apple Macintosh.
I mean, we will start to see things like this in other parts of the world.
This kind of thing is really exciting.
It really is the beginning of the next century.
And the fact that we can control the things that are on the device, and that we don’t have to pay any attention to it in terms of the programming is going to transform our lives.
And by the way, I am working on a book about the future of computing.
And I hope that you will like it.
It’s a really exciting time.
Thank you. Thank You.