1. Von Neumann invented a mathematical theory of games.

2. The intellectual father of flowcharting is Jone Von Neumann.

3. Von Neumann was particularly interested in seeing if he could develop optimal strategies for these kinds of mutual games, because at first glance they seemed almost insolvable in theory.

4. Adequate von Neumann memory to hold the application being tested.

5. This is the von Neumann computer could not be done.

6. And ideally it must be a Kauffman or von Neumann machine that can create things more complex that itself.

7. It is proposed by Von Neumann and Morgenstern ( 1947 ) who succeed Bernoulli to answer the St. Petersburg paradox.

8. The Von Neumann Architecture computer system has another attribute: the static code does not quantify how many running paths it may have, but the possible execution paths are confined by the design.

9. It requires only 256 bytes of von Neumann memory for monitor variables and storage.

10. John von Neumann (pronounced: NOI-mahn) and Oskar Morgenstern linked the theory of games with economic activity more than sixty years ago.

11. The greatest contribution to science by Dr. John von Neumann is in the field of computer.

12. John von Neumann and Stanislaw Ulam in the 1940s were among the first to consider attempting to understand natural phenomena via cellular automata and computers.

13. The genius von Neumann radically altered this awkward programming system for the EDVAC,(/von neumann.html) the ENIAC 's successor and the first general-purpose computer with a stored program.

14. What concept lies at the heart of von Neumann architecture?

15. In the von Neumann architecture there is no definite way to differentiate code and data that is resident in memory.

16. The von Neumann architecture of the digital computer still dominates the field.

17. And von Neumann looked upon the Machine, and saw that it was crufty.

18. By comparing with the average von Neumann entropy established previously, the results show that the entanglement of multipartite pure states can also be measured in this new scheme.

19. On an abstract level, even the von Neumann architecture can be characterized as a finite-state machine.

20. In the '40s, mathematicians John Von Neumann, J. Presper Eckert and John Mauchly came up with the concept of the stored instruction digital computer.

21. A set of fifty numbers is held in the store of a Von Neumann computer, say in locations 100 to 149.

22. The resulting quantum logic was initiated by the mathematicians John von Neumann and Garret Birkhoff, using mathematical constructs called lattices.

23. In fact, since the book Theory of games and economic behavior by von Neumann and O. Morgenestem was published, this mathematical method has become an important tool hi modem economic theory.

24. The paper discusses the relations among the Turing, the Von Neumann model and computer languages.

25. From then until now, increasing speeds of every single component that goes into the standard Von Neumann architecture have given our software literally free increases in performance.

26. Among the many scientists, I like to remember John von Neumann ( 1903—1957 ).

27. During a briefing on intermediate-range bombers at Maxwell Air Force Base in Alabama, he had a fateful conversation with the legendary refugee scientists Edward Teller and John von Neumann.

28. We concluded that if S, a finite normalizing extension of R is a Von Neumann regular ring, so is R, then.

29. Even the multimedia computers we use today are still making use of the von Neumann architecture.

30. Digital artificial life research is based on the original work of Stanislaw Ulam and John von Neumann at Los Alamos Laboratory during the 1940s.

31. Due to the rationale of Von Neumann computer are based on mathematical logic, it did a wonderful job when dealing with mathematics problem.

32. K bytes von Neumann memory for trace buffer ( if used ).