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  1. Barbara Liskov, nascida Barbara Jane Huberman ( Los Angeles, 7 de novembro de 1939 [2] ), é uma cientista da computação estadunidense conhecida por criar o Princípio da Substituição de Liskov, por ser a primeira mulher a obter um PhD em Ciência da Computação [ 2] nos Estados Unidos e por inventar o Tipo Abstrato de Dado (TAD ...

  2. Personal life. See also. References. External links. Barbara Liskov (born November 7, 1939, as Barbara Jane Huberman) is an American computer scientist who has made pioneering contributions to programming languages and distributed computing.

  3. www.csail.mit.edu › person › barbara-liskovBarbara Liskov | MIT CSAIL

    16 de jul. de 2021 · Barbara Liskov is a renowned computer scientist and a Turing Award winner. She leads the Programming Methodology Group at MIT CSAIL, where she works on data abstraction, distributed computing, and Byzantine-fault-tolerant systems.

  4. 15 de jan. de 2020 · Barbara Liskov: uma das profissionais por trás do formato das linguagens de programação. por Kamila Jessie. | 15/01/2020 3 min. Compartilhe ». Barbara Liskov foi pioneira na abordagem moderna para escrever códigos. Aqui a gente conta um pouquinho sobre quem ela é e seu papel no formato das linguagens de programação.

  5. In the news: ACM: A.M. Turing Award ACM SIGSOFT Impact Paper Award for "Abstraction mechanisms in CLU" ACM SIGPLAN Programming Languages Lifetime Achievement Award Awarded Honorary Doctorate at ETH Recipient of the 2004 IEEE John von Neumann Medal MIT News Article: MIT's Magnificent Seven: Women faculty members cited as top scientists

  6. Learn about Barbara Liskov's groundbreaking work on data abstraction, programming languages, and programming systems. She is a pioneer in computer science and a leader of the Programming Methodology Group at MIT.

  7. Barbara Liskov is a renowned computer scientist and professor at MIT, who received the Turing Award in 2008 for her contributions to programming language and system design. She pioneered the concepts of data abstraction, fault tolerance, and distributed computing, and influenced many modern languages and applications.