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  1. Martin Edward Hellman (n. 2 de octubre de 1945), es un criptólogo estadounidense. Hellman es famoso por ser el inventor junto a Whitfield Diffie, de un sistema de criptografía de clave pública. Ambos publicaron en 1976, 'New Directions in Cryptography', 1 que introducía un cambio radical, un nuevo método de distribución de claves que ...

  2. Martin Edward Hellman (born October 2, 1945) is an American cryptologist and mathematician, best known for his invention of public-key cryptography in cooperation with Whitfield Diffie and Ralph Merkle. Hellman is a longtime contributor to the computer privacy debate, and has applied risk analysis to a potential failure of nuclear ...

  3. Martin E. Hellman is an emeritus professor of electrical engineering at Stanford, who co-invented public key cryptography with Diffie and Merkle. He has also worked on computer privacy, nuclear security, and relationship ethics, and co-authored a book on the latter topic.

  4. Martin Hellman is an emeritus professor of electrical engineering at Stanford University and a co-inventor of public key cryptography. He also works on nuclear security, peace, and relationship issues, and has received many honors and awards, including the Turing Prize.

  5. Martin Hellman is a professor emeritus of electrical engineering at Stanford and a Turing Award winner for public key cryptography. He also has interests in computer privacy, ethics, and nuclear deterrence.

  6. Martin Hellman is an emeritus professor of electrical engineering at Stanford University and a co-inventor of public key cryptography. He also works on nuclear security, peace, and relationship issues, and has received many honors and awards, including the Turing Prize.

  7. www.computerhistory.org › profile › martin-hellmanMartin Hellman - CHM

    2 de abr. de 2024 · He is a cryptologist, professor, and computer privacy advocate. In 1976, he published, with Whitfield Diffie, New Directions in Cryptography, a groundbreaking paper that introduced a radically new method of distributing cryptographic keys. This method enabled secure communications over an insecure channel without prearrangement of a secret key.