30 NOV 2015 by ideonexus

 Specialization is for Insects

A human being should be able to change a diaper, plan an invasion, butcher a hog, conn a ship, design a building, write a sonnet, balance accounts, build a wall, set a bone, comfort the dying, take orders, give orders, cooperate, act alone, solve equations, analyze a new problem, pitch manure, program a computer, cook a tasty meal, fight efficiently, die gallantly. Specialization is for insects.
Folksonomies: communism socialism
Folksonomies: communism socialism
  1  notes
 
21 JUN 2013 by ideonexus

 The von Neumann Model for Computing Machines

At the highest level, the major hardware components of most boards can be classifi ed into fi ve major categories: Central processing unit (CPU). The master processor. Memory. Where the system’s software is stored. Input device(s). Input slave processors and relative electrical components. Output device(s). Output slave processors and relative electrical components. Data pathway(s)/bus(es). Interconnects the other components, providing a “highway” for data to travel on from one component to ...
  1  notes

Based on his work explaining how electronic components could be use to perform boolean operations.

21 APR 2011 by ideonexus

 Guy Steele: Computers are Too Complex to Know it All

I guess to me the biggest change is that nowadays you can't possibly know everything that's going on in the computer. There are things that are absolutely out of your control because it's impossible to know everything about all the software. Back in the '7Os a computer had only 4,000 words of memory. It was possible to do a core dump and inspect every word to see if it was what you expected. It was reasonable to read the source listings of tine operating system and see how that worked. And I ...
  1  notes

It was once possible to know all aspects of the computer, but the system has grown too large and complex for that now.

03 JAN 2011 by ideonexus

 Dimensions of an Atomic Size Computer

If we somehow manage to make an atomic size computer, it would mean that the dimension, the linear dimension, is a thousand to ten thousand times smaller than those very tiny chips that we have now. It means that the volume of the computer is 100 billionth or 10^-11 of the present volume, because the volume of the "transistor" is smaller by a factor of 10^-11 than the transistors we make today. The energy requirements for a single switch is also about eleven orders of magnitude smaller than t...
Folksonomies: computing
Folksonomies: computing
  1  notes

As described by Richard Feynman in 1985, with the benefits in energy consumption and processing power that come with it.