Evi Nemeth (born June 7, 1940 – missing-at-sea June or July, 2013) was an engineer, author, and teacher known for her expertise in computer system administration and networks. She was the lead author of the "bibles" of system administration: UNIX System Administration Handbook (1989, 1995, 2000), Linux Administration Handbook (2002, 2006), and UNIX and Linux System Administration Handbook (2010, 2017). Evi Nemeth was known in technology circles as the matriarch of system administration.[1][2]
Nemeth was best known in mathematical circles for originally identifying inadequacies in the "Diffie–Hellman problem", the basis for a large portion of modern network cryptography.[3]
While at CU-Boulder, Nemeth was well known for her undergraduate systems administration activity, in which students over the years had the opportunity to develop in-depth knowledge and skills in Unix system administration. Together with Steve Wozniak, Nemeth established the Woz scholarship program at CU-Boulder which funded inquisitive undergraduates for many years. Nemeth also had a special talent for inspiring and teaching young people. She mentored numerous middle- and high-school students, who worked with her to support computing in the college and came to be known as "the munchkins". She also mentored talented young undergraduates, taking them to national meetings where they installed networks and broadcast the meetings' sessions on the Internet on the multicast backbone. She coached the university's student programming teams in the ACM International Collegiate Programming Contest.[6]
Outside the United States, Nemeth helped bring Internet technology to the developing world through her involvement with programs of the Internet Society and the United Nations Development Programme.[6]
A network guru T-shirt[7]
from the 1980s shows OSI Model layers with additional Layer 8 as the "financial" layer, and Layer 9 as the "political" layer. The design was credited to Evi Nemeth.
Later life
After her retirement, Nemeth sailed her 40-foot sailboat Wonderland around various parts of the world, including a circuit of the Atlantic; the Panama Canal; and across the Pacific to New Zealand.[4]
Disappearance at sea
In late May 2013 she, along with six other people aboard the vintage yacht Niña, traveled across the Tasman Sea en route to Australia from New Zealand. On June 4, the day the last message, sent by Nemeth, was received from Niña, the Tasman Sea had 65 mile-per-hour winds and swell height reaching 26 feet. A natural disaster (e.g. a rogue wave) might have led to the disappearance of the boat.[8][9] On July 5 New Zealand authorities officially ended the search for the Niña,[10] though relatives of the crew of Niña have continued to search.[11]
Selected publications
Nemeth, E., Hein, T., Snyder, G., and Whaley, B., Unix and Linux System Administration Handbook, 4th edition, Prentice Hall, 2010.
Nemeth, E., Snyder, G., Hein, T., Whaley, B., and Makin, D., Unix and Linux System Administration Handbook, 5th edition, Prentice Hall, 2017.
Broido, A.; Nemeth, E.; Claffy, K. (2002). "Internet expansion, refinement and churn". European Transactions on Telecommunications. 13: 33–51. CiteSeerX10.1.1.18.3182. doi:10.1002/ett.4460130105.
Mullin, R., Nemeth, E. and Weidenhofer, N., "Will Public Key Crypto Systems Live up to Their Expectations? HEP Implementation of the Discrete Log Codebreaker", Proc. of the 1984 Intl Conf on Parallel Processing, Aug. 21–24, 1984, pp. 193–196. Selected for the best paper award for this conference.
^(R. Mullin, E. Nemeth and N. Weidenhofer, "Will Public Key Cryptosystems Live up to Their Expectations? HEP Implementation of the Discrete Log Codebreaker" in Proceedings of the International Parallel Processing Conference, pp. 193–196, 1984.)
