
Now Dr. Gough was supposed to be this big puzzle guy. But he's got this super simple puzzle on his desk. I am feeling like these guys built him up when really he just liked to do crossword puzzles in his spare time. I guess that's how myths start.
The internet revolution has come to this.
011000010110111000100000011001010111100001110000
011001010111001001101001011011010110010101101110
011101000010000001101001011011100010000001110011
011001010111001001100101011011100110010001101001
01110000011010010111010001111001
An experiment in serendipity
Who was responsible for taking Gabor’s work into another dimension and what was required for him to do it?
Hackontest is a 24 hour programming competition between teams of three open source software projects. The event takes place at OpenExpo on September 24/25, 2008 in Zurich, Switzerland.
Alan Turing and the Analytical Computing Engine (ACE)
Same question - Who was he and what was he building?
Even people who break new ground have precursors and inspirations. Here is a “shopping list” from one of mine. Who was he and what was he building?
The final equipment as now envisaged will comprise
(i) One master clock involving about four valves.
(ii) Four electronic commutators involving 124 valves.
(iii) Ten transfer gating sources involving about 300 valves.
(iv) Distributional system for Items 1, 2 and 3, involving about 25 valves.
(v) Two hundred dynamic storage units involving about 1600 valves.
(vi) Fifty temporary storage units involving about 400 valves.
(vii) Two input organs involving about 64 valves.
(viii) Two output organs involving about 190 valves.
(ix) Two logical control units or programmers involving about 230 valves.
(x) Four selector trees involving about 3,000 valves.
(xi) Three adders involving about 30 valves.
(xii) Interconnection system of all units via Item 10 involving possibly 250 valves.
(xiii) Hollerith tabulator for input and printing.
(xiv) Hollerith card puncher for output organ.
In addition, he set three goals for his new creation.
(1) The speed of the machine is no longer limited by the speed of the human operator
(2) The human element of fallibility is eliminated, although it may to an extent be replaced by mechanical fallibility.
(3) Very much more complicated processes can be carried out than could be easily dealt with by human labour.
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