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As of 2019 he is an Adjunct Professor of Computer Science at Dartmouth College . McIlroy is best known for having originally proposed Unix pipelines and developed several Unix tools, such as spell, diff, sort, join, graph, speak, and tr. [1] He was also one of the pioneering researchers of macro processors and programming language ...
Join (Unix) Tr. Miembro de. Academia Nacional de Ingeniería. Sitio web. cs.dartmouth.edu/~doug. [ editar datos en Wikidata] Malcolm Douglas McIlroy (nacido en 1932) es un matemático, ingeniero y programador estadounidense. Actualmente ejerce como profesor adjunto del Computer Science en el Dartmouth College .
Malcolm Douglas McIlroy (nacido en 1932) es matemático, ingeniero y programador. A partir de 2019, es profesor adjunto de informática en Dartmouth College. McIlroy es mejor conocido por haber propuesto originalmente canalizaciones de Unix y haber desarrollado varias herramientas de Unix, como deletrear, diff, ordenar, unir, graficar, hablar y tr.
Malcolm Douglas McIlroy es un matemático, ingeniero y programador estadounidense. Actualmente ejerce como profesor adjunto del Computer Science en el Dartmouth College.
M. Douglas McIlroy, Adjunct Professor. Department of Computer Science 6211 Sudikoff Hall Dartmouth College Hanover, NH 03755 douglas.mcilroy@dartmouth.edu +1 603 646 1077. 2003 marked my golden anniversary as a programmer. Hooked when Bob Walker introduced his numerical analysis class to Cornell's newly-arrived IBM CPC, I have ever since ...
15 de mar. de 2024 · M. Douglas McIlroy ’53, attended his 70th School of Applied and Engineering Physics class reunion in spring 2023. McIlroy – mathematician, engineer and programmer – graduated with a B.E.P. degree in engineering physics from the School of Applied and Engineering Physics at Cornell, where he became fascinated with computers.
The concept of pipelines was championed by Douglas McIlroy at Unix 's ancestral home of Bell Labs, during the development of Unix, shaping its toolbox philosophy. [1] [2] It is named by analogy to a physical pipeline. A key feature of these pipelines is their "hiding of internals" (Ritchie & Thompson, 1974).
