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Computer Quotes

“Most programs are not write-once. They are reworked and rewritten again and again in their lived. Bugs must be debugged. Changing requirements and the need for increased functionality mean the program itself may be modified on an ongoing basis. During this process, human beings must be able to read and understand the original code. It is therefore more important by far for humans to be able to understand the program than it is for the computer.”

“The origins and travels of our purchases remain matters of indifference, although to the more imaginative at least a slight dampness at the bottom of a carton, or an obscure code printed along a computer cable, may hint at processes of manufacture and transport nobler and more mysterious, more worthy of wonder and study, than the very goods themselves.”

“Nothing in life is certain except death, taxes and the second law of thermodynamics. All three are processes in which useful or accessible forms of some quantity, such as energy or money, are transformed into useless, inaccessible forms of the same quantity. That is not to say that these three processes don't have fringe benefits: taxes pay for roads and schools; the second law of thermodynamics drives cars, computers and metabolism; and death, at the very least, opens up tenured faculty positions.”

“The practice of first developing a clear and precise definition of a process without regard for efficiency, and then using it as a guide and a test in exploring equivalent processes possessing other characteristics, such as greater efficiency, is very common in mathematics. It is a very fruitful practice which should not be blighted by premature emphasis on efficiency in computer execution.”

“All that's known is this: there is no central processor, no single computer. Nothing that simple. Millions of neurons process information simultaneously and in parallel, not linearly, but the actual chemistry and electrical properties of that integrative process are still being mapped. Even so, it seems odd that during the evolution of brain circuitry and thinking, the ability to understand itself did not get wired in. Such built-in innocence seems like a terrible oversight.”

“You can actually improvise a lot as a voice actor. It's not that entirely different than shooting a live action movie; the characters mouths are quite easy to manipulate once all the information is built into the computer. So you can improvise a lot and it doesn't matter really how far along they are in the process they can really just make the character say something different.”

“I love the process of cutting everything out with a scalpel yourself: I don't want to have my stencils drawn up in Illustrator, then laser-cut. I like the fact that it's slightly wrong; I think it gives it a beauty. The individual and handmade will always be worth more than what a computer can do, at least until computers can learn how to make mistakes.”

“I didn’t like it [computer] when I first began using it. Where it’s helped me a lot is in nonfiction which is a kind of different process. You’ve got research, you’ve got your notes, You can block out what you want to work on for the next 10 pages and put it in another file, and then you can kind of carve it into shape”

“I chose to go to Arizona, because it was an opportunity to make something that I've never done. To work with different people and to have a good time when you're recording and to not have the whole thing be some sort of editing process in front of a computer, but to actually try and capture some sort of spirit.”

“Chess computers do not sweat during time pressure and commit costly blunders. Furthermore, the strength of these programs (over and above their faultless recall processes) lies in their capacity to make relatively superficial tactical decisions with incredible speed. Positional values, long-range strategy, aesthetic judgment, and political astuteness remain staples of human performance, man vs. machine results in the foreseeable future to the contrary not withstanding.”

“The idea that hardware on networks should just be caches for movable process descriptions and the processes themselves goes back quite a ways. There's a real sense in which MS and Apple never understood networking or operating systems (or what objects really are), and when they decided to beef up their OSs, they went to (different) very old bad mainframe models of OS design to try to adapt to personal computers.”

“Collections are certainly abundant online. It's complicated, because it's not like these people didn't want computers, although there was some nonchalance about it. I would sometimes ask the people I interviewed if they wished they had a computer, and in a lot of cases, it was like they couldn't process the question. You don't know what you don't have, I guess.”

“In terms of how the music developed, it was my normal process, which I would say is really a hybrid process of sketching on bits of paper, playing the piano, playing synthesisers, using the computer, staring out of the window, finding things I'd forgotten about, happy accidents, failed plans, best intentions, equipment failures. It is a multidimensional process incorporating a lot of planning and intention and a lot of randomness. Ultimately I just follow the material where it wants to go a lot of the time.”

“I think the definition will change as we learn more, but my working definition of solving the brain is: one, we can model, maybe in a computer, the processes that generate things like thoughts and feelings, and two, we can understand how to cure brain disorders, like Alzheimer's and epilepsy. Those are my two driving goals. One is more human-condition oriented, and one more clinical.”

“I start my process hand written, and then I dump it in. It's like you're getting a second draft 'cause when I put it in the computer, I fix it and change stuff. That's my process. I picked that up from speaking to Neil Gaiman and Joe Hill. I was messing around with the idea of starting to write more, writing a book and doing things like this, and I reached out for advice. They were like, "Oh, we hand write, and then we dump it all in." I was like, "Great! There's no more blank pages."”

“All great programmers learn the same way. They poke the box. They code something and see what the computer does. They change it and see what the computer does. They repeat the process again and again until they figure out how the box works.”