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  1. Robert W. Floyd (8 de junio de 1936 - 25 de septiembre de 2001) fue un prominente científico estadounidense en informática. Nacido en Nueva York, Floyd culminó el bachillerato a los 14 años. Se graduó en la Universidad de Chicago en 1953 a los 17 años y como Físico en 1958.

  2. Robert W Floyd (June 8, 1936 – September 25, 2001) was a computer scientist. His contributions include the design of the Floyd–Warshall algorithm (independently of Stephen Warshall ), which efficiently finds all shortest paths in a graph and his work on parsing ; Floyd's cycle-finding algorithm for detecting cycles in a sequence ...

  3. 1 de may. de 2024 · Robert W Floyd was an American computer scientist and winner of the 1978 A.M. Turing Award, the highest honour in computer science, for “helping to found the following important subfields of computer science: the theory of parsing, the semantics of programming languages, automatic program.

    • William L. Hosch
  4. making@stanford. Equity and Inclusion Initiatives. Stanford Data Science & Computation Complex. Endowed Professorships. Endowed Faculty Scholars. Endowed Fellowships. Faculty Launch Fund. Hasso Plattner Institute of Design (d.school) Engineering Fund.

  5. Robert W. (Bob) Floyd (8 June 1936 – 25 September 2001) was an eminent computer scientist. His contributions include the design of the Floyd–Warshall algorithm (independently of Stephen Warshall), which efficiently finds all shortest paths in a graph, Floyd’s cycle-finding algorithm for detecting cycles in a sequence, and his work on parsing.

  6. 25 de sept. de 2001 · Floyd is the most cited author in The Art series. In 1967 Floyd built on earlier work of Alan Perlis, Saul Gorn and John McCarthy for proving programs correct. He developed a notation, initially for flowcharts and later for real programs, that assigned conditions at each branch and entry point in the program.

  7. Generalization of Shortest Path Map. ITNG '10: Proceedings of the 2010 Seventh International Conference on Information Technology: New Generations. We consider the problem of constructing shortest path maps in two dimensions under angle constraint.