Boaz Baraki

Boaz Baraki (Hibru: בועז ברק, amụrụ n'afọ 1974) bụ onye Israel-American prọfesọ nke sayensị kọmputa na Mahadum Harvard . ^[1]

Mbido ndụ na agụmakwụkwọ

Ọ gụsịrị akwụkwọ na 1999 na B.Sc. na mgbakọ na mwepụ na sayensị kọmputa site na Mahadum Tel Aviv . ^[2] N'afọ 2004, ọ natara Ph.D. ya site na Weizmann Institute of Science na thesis Non-Black-Box Techniques in Cryptography n'okpuru nlekọta Oded Goldreich . Barak nọ na Institute for Advanced Study ruo afọ abụọ site na 2003 ruo 2005. Ọ bụ osote prọfesọ na ngalaba sayensị kọmputa nke Mahadum Princeton site na 2005 ruo 2010 na osote prọọfesọ site na 2010 ruo 2011. Site na 2010 ruo 2016, ọ bụ onye nchọpụta na ụlọ nyocha nke Microsoft na New England. Kemgbe afọ 2016, ọ bụ Gordon McKay Prọfesọ nke Sayensị Kọmputa na Harvard John A. Paulson School of Engineering and Applied Sciences. Ọ bụ nwa amaala Israel na United States.^[2]

Ọrụ

Ya na Sanjeev Arora dere, Computational Complexity: A Modern Approach, nke Cambridge University Press bipụtara na 2009.^[3] Barak dekwara ihe odide dị ukwuu na David Steurer na ngụkọta nke square algorithm na mgbe ụfọdụ blọọgụ na Windows na Theory blog. ^[2] N'afọ 2013, ya, Robert J. Goldston, na Alexander Glaser rụrụ ọrụ iji mepụta usoro "ihe ọmụma efu" iji chọpụta na ogbunigwe ndị a họpụtara maka iwepụ ngwá agha bụ n'ezie ihe ha na-ekwu na ọ bụ.Site n'ịduzi neutron dị elu n'ime isi agha a na-enyocha ya, ma jiri nkesa na-agafe na nkesa nke gafere n'isi agha a ma ama, ndị nyocha nwere ike ikpebi ma isi agha a na-ewepụ bụ ezigbo ma ọ bụ aghụghọ e mere iji gbanarị ihe nkwekọrịta chọrọ, na-enweghị na-agbapụta ihe nzuzo nuklia.[5] Maka ọrụ a, ahọpụtara ya maka mbipụta Top 100 Global Thinkers nke amụma mba ofesi maka 2014 . [6]

Na 2014 Barak bụ onye a kpọrọ oku na International Congress of Mathematics na Seoul. Ya na Mark Braverman, Xi Chen, na Anup Rao, ọ meriri 2016 SIAM Pụrụ Iche Akwụkwọ maka akwụkwọ "Otu esi eme ka mkparịta ụka mmekọrịta"[1] [2] Akpọrọ ya aha na klas 2022 nke ACM Fellows, "maka ntinye aka na sayensị kọmputa sayensị, ọkachasị cryptography na mgbagwoju anya, yana ijere obodo echiche."^[4]

Patent

U.S. Patent 7,003,677, "Ụzọ maka ịrụ ọrụ ngwa ngwa na-enweghị nchebe" na Amir Herzberg, Dalit Naor na Eldad Shai nke IBM Haifa Research Lab. E tinyere ya na Nọvemba 1999, nyere ya na Febụwarị 2006.

Edensibia

↑ Boaz Barak, homepage. boazbarak.
1 2 3 Boaz Barak — Curriculum Vitae.
↑ Arora, Sanjeev (20 April 2009). Computational Complexity: A Modern Approach. Cambridge University Press. ISBN 978-0-521-42426-4.
↑ Global computing association names 57 fellows for outstanding contributions that propel technology today. Association for Computing Machinery (January 18, 2023). Retrieved on 2023-01-18.

Njikọ mpụga

Selected publications (with electronic versions available). boazbarak.org.
On the possibility of an instance-based complexity theory - Boaz Barak. YouTube. Institute for Advanced Study (15 April 2019).
Boaz Barak: Cryptography, Computation Complexity, Algorithms. YouTube (1 November 2017).
On the Existence of Optimal Algorithms. YouTube. Simons Institute (1 October 2015).
ICM 2014 VideoSeries IL14.1: Boaz Barak on Aug14Thu (Sum-of-squares proofs and the quest toward optimal algorithms). YouTube. Seoul ICM VOD (18 August 2014).
Mohan. "Fusing physics, cryptography to solve a nuclear inspection paradox", Los Angeles Times, June 26, 2014.
A World Disrupted: Leading Global Thinkers of 2014. Foreign Policy. Archived from the original on 1 January 2015. Retrieved on 1 October 2020.

[1] Boaz Barak, homepage. boazbarak.

[CV-2] 1 2 3 Boaz Barak — Curriculum Vitae.

[3] Arora, Sanjeev (20 April 2009). Computational Complexity: A Modern Approach. Cambridge University Press. ISBN 978-0-521-42426-4.

[4] Global computing association names 57 fellows for outstanding contributions that propel technology today. Association for Computing Machinery (January 18, 2023). Retrieved on 2023-01-18.

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