Quotes About Hardware

I take computers practically apart and put them back together. I have a supercomputer I built over the years out of different computers.

So we stood up there for a long while, watching the sunset and discussing how it was one of those things you could never truly capture in 8-bit, not with the simplistic definition of violet (CHR$(156)), orange (CHR$(129)), and yellow (CHR$(158)). There were too many other colors, thousands of colors. The hardware could never do justice to it.

No foreign architect of stature, such as I. M. Pei, resides in Japan. Foreign architects come to Japan on short-term contracts, erect a skyscraper or a museum, and then leave. But subtle and sophisticated approaches to services and design—the core elements of modern building technology—cannot be transmitted in this way. Japan is left with the empty shells of architectural ideas, the hardware without the software.

I build computers.

In a biological system, the software builds its own hardware, but design is critical, and if you start with digital information, it has to be really accurate.

The psyche's job is to keep us blissfully ignorant of who we are, what we think, and how we'll behave in any situation. We're all operating in a dense fog of mutual reinforcement. Our thoughts are shaped primarily by legacy hardware that evolved to assume that everyone else must be right. But even when the fog is pointed out, we're no better at navigating through it.

Hardware the parts of a computer that can be kicked.

If I was designing a web site for elementary school children, I might have a much higher percentage of older computers with outdated browsers since keeping up with browser and hardware technology has not traditionally been a strong point of most elementary schools.

Google did a great job hacking the Web to create search - and then monetizing search with advertising. And Apple did a great job humanizing hardware and software so that formerly daunting computers and applications could become consumer-friendly devices - even a lifestyle brand.

I do shop online! But I'm shopping online mostly in the home categories - One Kings Lane and Gilt. At a lot of architectural websites, I buy a lot of hardware for cabinetry like hinges and things like that from England. So, you know, for me, I shop at Net-A-Porter, but I don't really shop that much for clothing online.

Technology has moved away from sharing and toward ownership. This suits software and hardware companies just fine: They create new, bloated programs that require more disk space and processing power. We buy bigger, faster computers, which then require more complex operating systems, and so on.

For systems in which you already have a lot of hardware and software, change is difficult. That's why apps are so popular.

The hardware is more "real" than the software in that you can always locate it in space-time — if it's not in the bedroom, somebody must have moved it to the study, etc. On the other hand, the software is more "real" in the sense that you can smash the hardware back to dust ("kill" the computer) and the software still exists, and can "materialize" or "manifest" again in a different computer.

We have made a beautiful (we hope beautiful) model of consciousness in terms of brain hardware and software. Now we need to remember again that, while the brain can be modeled by a computer, the model is never the whole system. The model-maker or metaprogrammer is bigger than the model or program.

R. Buckminster Fuller illustrates the metaprogramming circuit, in his lectures, by pointing out that we feel puny in comparison to the size of the universe, but only our bodies (hardware) are puny. Our minds, he says — by which he means our software — contain the universe, by the act of comprehending it.

Our biological body itself is a form of hardware that needs re-programming through tantra like a new spiritual software which can release or unblock its potential.

In software speed to market, speed to learning is really key. In hardware if you screw it up you are dead. So accuracy really matters.

In computer hardware, where freedom reigns for both suppliers and consumers alike on a global scale, the industry generates the fastest innovation in product and customer value the world has ever seen.

The problem with traditional pie weights is you never have enough and they're expensive. Common substitutes like dried beans just aren't heavy enough to do the job. Our genius solution? Small steel balls that fit inside ball bearings and that can be purchased at any hardware store.

Companies that pretend to care about music and really care about other things - whether it be hardware, whether it be advertising - and now they look at music as a loss leader. And we know music isn't a loss leader; music is an important part of our lives.

Software is a compound word. The word "ware" means "product." The word "soft" means easy to change. Therefore, software is a product that is easy to change. Software was invented because we wanted a way to quickly and easily change the behavior of our machines. Had we wanted that behavior to be hard to change, we would have called it hardware.

One of your jobs as an embedded software developer is to firm up that line. The name of the boundary between the software and the firmware is the hardware abstraction layer (HAL) (Figure 29.4). This is not a new idea: It has been in PCs since the days before Windows.

People who are more than casually interested in computers should have at least some idea of what the underlying hardware is like. Otherwise the programs they write will be pretty weird.

The cost of social experimentation cannot possibly be borne by a state that is making itself poor by the production of hardware that is useful only as a means of suicide