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  1. David Wheeler. David John Wheeler ForMemRS (9 February 1927 – 13 December 2004) [10] [11] [12] was a computer scientist and professor of computer science at the University of Cambridge. [13] [14] [15] [16]

    • Automatic Computing With EDSAC (1951)
    • Maurice Wilkes
  2. computerhistory.org › profile › david-john-wheelerDavid John Wheeler - CHM

    Apr 2, 2024 · David Wheeler was born in Birmingham, England, in 1927. He was awarded a scholarship to Trinity College, Cambridge, in 1945 and studied mathematics, taking his BA in 1948. Wheeler started computer work as an undergraduate in 1947, and was granted a PhD in 1951; his dissertation was titled "Automatic computing with the EDSAC." His wired-in EDSAC ...

  3. David Wheeler was a private man who was not well known outside the academic computer science community, but his significant contribution to modern computing was widely acknowledged within the field. He was elected a fellow of the British Computer Society in 1970, and in 1981 he became one of the earliest computer scientists to be elected a ...

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  5. Dec 30, 2019 · Name: David John Wheeler. Born: February 9, 1927, in Birmingham, England. Death: December 13, 2004 (Age: 77) Computer-related contributions. Computer scientist who completed the world's first PhD in computer science in 1951. Known for his work on Burrows-Wheeler transform and the Wheeler Jump.

  6. David J Wheeler. Born February 9, 1927; Professor of computer science, University of Cambridge; fellow of Trinity College, Cambridge, who worked on the EDSAC in 1951 with Maurice Wilkes and Stanley Gill, and introduced the concept of the subroutine, invented the subroutine (or mark place and return) "jump," then called the "Wheeler jump."

  7. Dec 16, 2004 · David Wheeler was elected a Fellow of the Royal Society in 1981, one of the earliest computer scientists to be so honoured. In October 2003, he was made a Fellow of the Computer History Museum for his invention of the closed subroutine, his architectural contributions to the ILLIAC, the Cambridge Ring, and computer testing.

  8. Nov 1, 2005 · But Wheeler got there first. Self-effacing as always, David's real satisfaction was in having had the idea and demonstrating that it worked. He did not seek recognition from the larger world. Another remarkable Wheeler innovation rediscovered later was an early form of interrupt. Towards the end of the life of EDSAC2, we acquired a line printer.