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This is an old revision of this page, as edited by DGG (talk | contribs) at 22:29, 26 July 2017 (Submitting (AFCH 0.9)). The present address (URL) is a permanent link to this revision, which may differ significantly from the current revision.

  • Comment: Probably notable. Onel5969 TT me 11:48, 15 March 2016 (UTC)
  • Comment: Postponing, Looks Notable. Will hope someone else will take over this page LorTalk 02:39, 11 January 2015 (UTC)
  • Comment: Besides other minor issues and because this is a biography of a living person it requires far better sourcing to support its often outrageous claims. The article is also written in tone and contents that that seems to be too closely affiliated by the subject. I refer in particular to the conspiratorial references of an IT clique. Remember, Wikipedia is not a soap box.
    Accordingly either source these controversial statements or remove them before seeking another review. BO | Talk 15:13, 22 December 2012 (UTC)
  • Comment: this is a WP:BLP and statements should be sourced by reliable source or removed. Besides references to publications and primary sources like a CV I do not see appropriate biographical background.BO | Talk 14:55, 22 December 2012 (UTC)
  • Comment: convert the list in the Mathematical background and Sadeh’s contribution to wikimarkup format (using * or #) at the start of the lines.BO | Talk 14:49, 22 December 2012 (UTC)
  • Comment: per WP:MOS guidelines for leade sections remove the title to the first section - Ilan SadehBO | Talk 14:46, 22 December 2012 (UTC)
  • Comment: to satisfy WP:N you must avoid peacock terms like "is the leading ..." in the lede section.BO | Talk 14:44, 22 December 2012 (UTC)
  • Comment: entries in Sadeh’s awards & grants section should be sourced with a reference.BO | Talk 14:40, 22 December 2012 (UTC)
Ilan Sadeh
Birth Date:June 1st 1953
Birth Place:Israel
Ethnicity:Jewish
Education
B. Sc. - Electrical Engineering and Electronics (Technion Haifa)

M.Sc. - Electrical Engineering

M.Sc. - Mathematics and Computer Science

Ph.D. - Mathematics School, Computer Science Department (Tel Aviv University)

Professor Ilan Sadeh (born June 1st 1953 in Israel), is an IT theoretician, entrepreneur and Human Rights Activist in Israel,=.He holds the position of Associate Professor of Computer Sciences and Mathematics at the University for Information Science and Technology "St. Paul The Apostole"[1][2] in Ohrid, Republic of Macedonia.

Biography

Sadeh grew up in Maoz Aviv, a suburb of Tel Aviv which was established by Army/Security Services employee families. Later in 1968, the family moved to Tel Aviv where Ilan attended Tihon Ironi (a Municipal High School) and was elected chair of the student council. Ilan was a member of youth movement “Hashomer Hatzair” and was politically active in the sporadic pro-peace activities after the Six Days War.

Sadeh’s education

  • B. Sc. - Electrical Engineering and Electronics (Technion Haifa
  • M.Sc. - Electrical Engineering (Tel Aviv University)
  • M.Sc. - Mathematics and Computer Science (Tel Aviv University)
  • Ph.D. - Mathematics School, Computer Science Department (Tel Aviv University)

Biography

Background and Activities

His mother, Dora Unger Sadeh, was born in 1922 and grew up in Krakow, Poland. She survived the Krakow Ghetto, the Plaszow, Auschwitz, Bergen-Belsen and Mauthausen concentration and death camps, the "Death March" Auschwitz to Bergen-Belsen and and slave labor camp in Germany. Her mother, sister and brother died in the war. She supported her sick older sister, Helena, during the horrible time in Auschwitz, Bergen-Belsen and Mauthausen, but could not save her life after the war. Ilan was named after Helena. Dora considered the day of her liberation from Mauthausen Death Camp on the 5th of May 1945 as the most significant and most horrible day of her life, as she realized that she was alone with her sick sister and her step-father, Yusek Immerglick, who had supported them during their time in the Ghetto. She stayed in Poland trying to support her sick sister and studying at the University in Krakow. Helena died of tuberculosis in 1946.

His father, Moshe Sadeh, was born in Kostopol, Poland in 1918, later from 1938 part of Ukraine - USSR. He served as a soldier in the Red Army during World War 2. In 1944, when he visited the liberated Kostopol, he discovered the horrible destiny of his family. He realized that he was alone, his parents and siblings were all executed and all the family's properties and houses had been given to Ukrainian families. He left Ukraine and never returned.

Sadeh joined the Army in 1971, and after studying Electrical Engineering at the Technion from 1972- 1975, returned to full service in Israel Defence Forces As an Israeli patriot, who was deeply influenced by the Zionist education, he decided to contribute more to the Israeli society. Despite the fact that he could join one of the “professional” units in IDF as an engineer, he volunteered to serve as a combat officer in the artillery and later armoured forces of IDF, jointly with service as a research engineer. He served in IDF from 1975- 1981. He was involved in a few research projects and tried to promote some of his own ideas, but with a very little success.

He and his sister, are the only "survivors descendents" of their father's and mother's families. The family story had a strong impact on his life. He was involved in activities concerning his surrounding community, particularly the Holocaust survivors in Israel. He accused the Zionist establishment and the State of Israel of being indifferent to the situation of Jews] in Europe and exploiting their situation, before, during and after the Holocaust.

Sadeh was the first [citation needed] to claim publicly in the Israeli media that Israel has no right to be called the “heir” to Holocaust victims and no right to represent Holocaust survivors.[3] According to him, Zionist leaders have little cause for pride in their actions during the Second World War - Zionist financiers withheld funds, while the JDC refused to help save Europe's Jewry, instead prioritizing the needs of the Yishuv in Palestine.

Sadeh mentioned a few cases of collaborating with Nazi Germany: before (negotiating with Eichmann), during the war (Lehi Activities and the problematic behavior in Hungary) and collaborating with Pro-Nazi politicians in West Germany, stealing the money and properties of Holocaust victims, robbing the survivors and even recruiting Nazi criminals after the War (For example, the Otto Skorzeny case). Sadeh was the first to accuse the Israeli Establishment systematically and publicly of the “Holocaust Industry” or “Shoah (Holocaust in Hebrew) Business”. He argued that the State of Israel have continuously exploited the memory of the Nazi Holocaust for political and financial gain, as well as to further the interests of the Israeli Establishment. According to Sadeh, this "Shoah Business" has corrupted the authentic memory of the Holocaust. He accused Israel of actually humiliating the survivors and the victims, exploiting the real victims of Holocaust. Payments were made to the wrong people, while the real survivors were lost out. The behaviour of the Israeli justice system was not appropriate.

Sadeh was the first to publicly call to bring the State of Israel to the International court in a foreign tribunal. According to Sadeh, a corrupt political system and a rotten judiciary combined to trample the rights of survivors and their descendents. The Dorner Commission (appointed by Mrs. Beinish President of Israel Supreme Court) was superfluous and damaging, serving only to perpetuate the government's deceit. Its conclusions were risible. The required remedy is to divorce the state from any right to represent Holocaust survivors. Sadeh called to throw out the reparations treaty that names Israel as "heir to the six million and representative of survivors" and bring the matter before an international tribunal - as was done by Zionist and American Jewish organizations vs. Swiss Banks in New York Court.

The situation in Israel brought Sadeh to the conclusion that the political system must be replaced. He entered politics and led a movement in behalf of Holocaust survivors. He published a few articles in Israeli newspapers and had a public impact.[4][5] Sadeh was elected a representative of that community and ran in the preliminary election of the Labour Party for the Knesset, or Israeli Parliament (1996), but was not elected. Following his activities, Sadeh was recently threatened and accused of being a traitor. Sadeh has taken libel action over the charges in Israeli Court (2011).

Sadeh was also active in academic life in Israel, but had a lot of clashes with the Israeli IT Clique, which collaborates with the American Clique and is very influential.

Here are the main details of the plagiarism case as presented in the Lawsuit in Tel Aviv Court (the Sadeh vs. Shamai-Shitz, Dembo, Merhav, Zamir and IEEE case):

Mathematical background and Sadeh’s contribution

  • The asymptotic equipartition property (AEP) or “Shannon-McMillan-Breiman theorem” is a general property of the output samples of a stochastic source and is the basis of Information Theory. It is fundamental to the concept of typical sequences used in theories of coding theory. AEP was first introduced by Shannon (1948), proved in weak convergence by McMillan (1953) and later refined to strong convergence by Breiman (1957, 1960).
  • Shannon Theorems are based on AEP. Shannon provided in 1959 the first source-compression coding theorems. But neither he nor his successors could present any algorithm that attains Shannon bound.
  1. Only in 1990, Ornstein and Shields have proposed an algorithm that attains Shannon bound. They proved the convergence to Shannon bound known as “Rate-distortion function”. But their algorithm is far from being useful and assumes a-priori knowledge of source distribution.
  • In Sadeh's Ph.D. research (1990- 1992) he proposed a universal algorithm that attains Shannon bound. That is, it does not require a priori knowledge of source distribution and asymptotically has some computational advantages. The algorithm is a generalization and merging of Ornstein Shields Algorithm and Wiener Ziv Algorithm (1989).
  • When he tried to prove convergence to Shannon bound, known also as “Rate Distortion Function”, he realized that he could not rely on AEP or Shannon McMillan Breiman Theory.
  • So in 1992, he presented and proved a new “Limit Theorem” and named it “Lossy AEP” or “Extended Shannon McMillan Breiman Theorem”.
  • That means that the basis of “Information theory” has been extended and generalized.
  • From that moment he has had a lot of clashes with Israeli academs: two of them submitted two very negative reviews to Math School in Tel Aviv University, stating that the Limit Theorem is wrong, and prevented the granting of his PhD in 1993 until 1996. Only after a long fight did he receive his PhD, almost three years after the submission of his dissertation!
  • Sadeh applied for patents in Israel (1992) and USA (1993) and got Israeli and USA Patents.[6]
  • The Israeli American Clique influenced upon the systematic rejection of Sadeh’s papers by IEEE.
  • His papers were accepted and published in various Mathematical Journals.
  • He has been invited and presented his results in a few conferences all over the world, including the IEEE Conference at Vancouver Canada 1995.[7]


Sadeh’s Research & Development activities

Ilan Sadeh has had pioneering results in a few research and developments fields: “Smart camera,” a long time before September 11 events, and “Homeland Security” projects, New Video compression, military applications for surveillance, seismic data processing and others.

Sadeh has established three start up companies: Meitav, Israel (1982), Visnet (1996) and Vipeg (2000). He has been intensively involved in establishing and R&D of new start-up companies, establishing the infrastructure, dealing with intellectual property issues, managing all activities, raising funding, coordinating consortium in EU FP5 FP6 programs.

However, being unable to compete with the “Fat Cat” companies, bureaucracy, civil industry and the military establishment in Israel, as well as with the European Companies that were promoting only MPEG4, Sadeh could not raise government support nor get the support of the Israeli Army, temporarily left Israel in 2006 and moved to Macedonia in 2011.

A list of some of Professor Sadeh’s scientific achievements

  • He found and proved important Limit Theorems which are extensions of "Shannon-McMillan-Breiman theorem" (1992). These are the fundamental theorems of Information Theory. He applied Compression Algorithms based on Approximate String Matching.[8] As Sadeh’s patented theorems were afterwards "re-invented" by members of the "Israeli American Clique", his moral rights are currently being defended in Israeli Court. The Case is in Tel Aviv District Court ( Sadeh vs. Shitz-Shamai, Dembo, Merhav, Zamir and IEEE).[citation needed]
  • He investigated theoretical limits on lossy source coding systems and on algorithms that converge to these limits (1992).
  • He presented performance analysis based on LDT (Large Deviations Theory) and presented the trade-off between compression rate, distortion level, and probability of error.[9] He was the first to apply LDT[vague] in Lossy Source Coding (1992). The results are the asymptotic expansions of Shannon’s bounds. Similar results for lossy source coding were presented later by the "Israeli American Clique".[citation needed]
  • He extended Kac’s lemma for matching a set of strings in a process (1992). Kac's lemma, presented in 1947 is a basic Lemma in probability theory. Sadeh was the first to extend it and apply it Lossy Source Coding.[citation needed]
  • Recently[when?], Sadeh applied the Lemma to cancer research in Bioinformatics. (2012).{fact}}
  • He proposed a new universal coding scheme (“Sadeh Algorithm”) based on approximate string matching,[10] Wiener Ziv Algorithm and Ornstein-Shields block-coding algorithm (1992).
  • He proved, by using the extended Kac’s Lemma, that the compression rate, asymptotically achieved by the “Sadeh Algorithm”, converges in probability to Shannon’s bound. The algorithm has been patented in the USA (1993) and Israel (1992).
  • He studied sub-optimal universal coding schemes for video and image coding.[citation needed]
  • He evaluated the performance of these algorithms in practical cases.
  • He presented new limit theorems for multi-terminal systems and presented a new approach to the degraded diversity system problem, known also as “Multiple description coding” (1992).[citation needed]
  • He presented a new approach for “Send and Forget” streaming that can be applied to improve “quality of service” in Cellular networks and other networks and provide a new service of Rate Adaptive Streaming. He has studied the application of the new approach to Cloud Computing (2012).
  • He studied and presented new bounds in parallel processing of multivariate polynomials (1986)[citation needed]
  • He presented theoretical and practical results about Image Coding based on Polynomial approximation of images (1985).

Sadeh’s publications

‘’IEEE Computer Society Data Compression Committee on Computer Communications’’ 3, pp.148-158 (1993). Universal algorithms for data compression.

  • I. Sadeh - “Operational rate distortion theory”[12]

‘’Journal of Applied Mathematics and Computer Science 5’’ (1), pp.139-169 (1995).

He presented performance analysis based on LDT (Large Deviations Theory) and presented the trade-off between compression rate, distortion level and probability of error.

  • I. Sadeh - “Universal data compression based on approximate string matching,”[13][14]

‘’Journal of Applied Mathematics and Computer Science 5’’ (4), pp.717-742 (1995).

Convergence Theorems of Universal algorithms for data compression.[15]

  • I. Sadeh - “The rate distortion region for coding in stationary systems,”[16]

‘’Journal of Applied Mathematics and Computer Science 6’’ (1), pp.101-114 (1996).

The exact bound relations between rates, distortion levels in multiple description system. The results are expansions of Shannon’s bounds for multiterminal network.

  • I. Sadeh, A. Kazelman, M. Zak, “Universal voice compression algorithms based on approximate string matching,”[17]

‘’Journal of Applied Mathematics and Computer Science’’ December 1995.

Presented sub-optimal universal coding schemes for voice coding.

  • I. Sadeh, “Bounds on Data Compression Ratio with a given Error Probability,”[18][19]

‘’Probability in the Engineering and Informational Sciences’’

Editor: Sheldon Ross, Cambridge University Press, 12 1998 pp 189- 210.[20] Presented the first application of Large Deviation Theory approach to the asymptotic expansions of Shannon’s bounds.

  • I. Sadeh, “Universal-algorithm and theorems on approximate String matching,”

‘’Probability in the Engineering and Informational Sciences’’
Editor: Sheldon Ross, Cambridge University Press,

He was the first to generalize Shannon McMillan Breiman Theorem (Lossy AEP).

He found important Limit Theorems. These theorems were "re-invented" by a member of the "Israeli Clique".

  • I. Sadeh, P. Novikov, M. Kaufman, “Gray scale movie compression based on approximate string matching,”

‘’Image Processing and Communications’’, March 1996.

Presented sub-optimal universal coding schemes for video coding.

  • I. Sadeh, “Polynomial approximation of images,’’[21]

‘’Computers and Mathematics with Applications’’, February 1996.

Presented a novel method for Image Coding based on Polynomial approximation of images. Theoretical and practical results were presented.

  • I. Sadeh, “Properties of image coding by polynomial representation,”

‘’Image Processing and Communications’’, March 1996.

More theoretical and practical results about Image Coding based on Polynomial approximation of images.[22]

Ph.D. Dissertation, School of Mathematical Sciences, Tel Aviv University, June 1993.

  • I. Sadeh,A. Averbuch "Bounds on parallel computation of multivariate polynomials" Proceedings on Theory of computing and systems.[23] Published Springer-Verlag London, UK 1992, Pages: 147 - 153

He found theoretical bounds on parallel computation of multivariate polynomial.

  • I. Sadeh "Optimal Data Compression Algorithm"[24][25]

‘’Computers and Mathematics with Applications’’, September 1996 pages 57 -72

He found important Limit Theorems for Approximate String Matching for data compression and practical sub optimal results.

  • I. Sadeh "On digital data compression – the asymptotic large deviations approach " Proceedings of the conference on Information Sciences and Systems 1992 Princeton university.

Presentation of Large Deviation Theory approach to the asymptotic expansions of Shannon’s data compression bounds.

  • I. Sadeh "The rate distortion region for coding in stationary systems,”[26][27]

‘’Journal of Applied Mathematics and Computer Science’’ 1996 p 123-136

He presented new limit theorems for multiterminal systems and presented a new approach to the degraded diversity system problem.

  • I. Sadeh, “Polynomial approximation of images,[28]”

‘’Computers and Mathematics with Applications’’, February 1996

New theoretical and practical results about Image Coding based on Polynomial approximation of images.[29]

  • I. Sadeh "Image encoding by polynomial approximation"

Proceedings of the conference on Information Sciences and Systems 1992 Princeton University Conference paper - New theoretical and practical results about Image Coding based on Polynomial approximation of images.

  • I. Sadeh "Universal compression algorithms based on approximate string matching”. Proceedings of the IEEE Information Theory Conference 1995 Vancouver Canada p. 84

Conference paper – he showed by using the extended Kac’s Lemma, that the compression rate, asymptotically achieved by the “Sadeh Algorithm”, converges in probability to Shannon’s bound. The algorithm has been patented in the USA and Israel.

  • I. Sadeh "Operational rate distortion theory"[30]

Proceedings of the IEEE Information Theory Conference 1995 Vancouver Canada, 196. Presentation in Conference of First Large Deviation Theory approach to the asymptotic expansions of Shannon’s data compression bounds.

  • I. Sadeh, "Approximate String Matching with applications to Universal Compression". Proceedings of the Conference on Control and Information at Hong Kong. Chinese University Press. 1995 pp 311 – 316

Conference paper – I have shown that the compression rate, asymptotically achieved by the “Sadeh Algorithm”, converges in probability to Shannon’s bound.

  • I. Sadeh, "Operational Rate Distortion Theory"[31]

Proceedings of the Conference on Control and Information at Hong Kong Chinese University Press. 1995 pp 305- 310 Presentation in Conference of Large Deviation Theory approach to the asymptotic expansions of Shannon’s theoretical bounds.

US patent 5836003 He had shown that the compression rate, asymptotically achieved by the “Sadeh Algorithm”, converges in probability to Shannon’s bound and showed suboptimal applications.

  • I. Sadeh US Patent 6018303

He have shown that the compression rate, asymptotically achieved by the “Sadeh Algorithm”, converges in probability to Shannon’s bound and showed suboptimal applications.

  • I. Sadeh, Israel Patent no. 103080.

Video and Voice coding algorithms.

  • I. Sadeh "Vehicle Navigation System" US Patent 4,593,359, 1986[35]

A method and means for Tank Navigation. The method is operational even in severe electromagnetic environments, based on Sadeh’s experience as Armored Forces Officer in Israel Army.

References

  1. ^ http://www.uist.edu.mk
  2. ^ http://uist.edu.mk/?page_id=335
  3. ^ http://www.haaretz.com/jewish-world/2.209/israel-has-no-right-to-be-called-heir-to-holocaust-victims-1.284535
  4. ^ http://www.nrg.co.il/online/1/ART1/619/659.html
  5. ^ http://www.news1.co.il/Archive/003-D-56031-00.html
  6. ^ http://www.google.com/patents?hl=en&lr=&vid=USPAT6018303&id=hFgDAAAAEBAJ&oi=fnd&dq=US+Patents+sadeh&printsec=abstract#v=onepage&q=US%20Patents%20sadeh&f=false
  7. ^ http://ieeexplore.ieee.org/search/searchresult.jsp?searchWithin=p_Authors:.QT.Sadeh, I..QT.&newsearch=partialPref
  8. ^ http://ieeexplore.ieee.org/xpl/articleDetails.jsp?tp=&arnumber=253135&contentType=Conference+Publications&searchWithin%3Dp_Authors%3A.QT.Sadeh%2C+I..QT.%26searchField%3DSearch_All
  9. ^ http://books.google.mk/books?hl=en&lr=&id=WSxrZH0dEVsC&oi=fnd&pg=PA305&dq=Large+Deviations+Theory+sadeh&ots=pbj9y-0Hnr&sig=Sw-73Yyqh-aG9HvVmlVNFsOSTuQ&redir_esc=y#v=onepage&q=Large%20Deviations%20Theory%20sadeh&f=false
  10. ^ http://books.google.mk/books?hl=en&lr=&id=WSxrZH0dEVsC&oi=fnd&pg=PA311&dq=approximate+string+matching+sadeh&ots=pbj9y-0Jmr&sig=I4ySY2YtbA3XdcsBupuIXCLFcwE&redir_esc=y#v=onepage&q=sadeh%20al&f=false
  11. ^ http://ieeexplore.ieee.org/xpl/articleDetails.jsp?tp=&arnumber=253135&contentType=Conference+Publications&searchWithin%3Dp_Authors%3A.QT.Sadeh%2C+I..QT.%26searchField%3DSearch_All
  12. ^ http://ieeexplore.ieee.org/xpl/articleDetails.jsp?tp=&arnumber=531870&contentType=Conference+Publications&searchWithin%3Dp_Authors%3A.QT.Sadeh%2C+I..QT.%26searchField%3DSearch_All
  13. ^ http://books.google.mk/books?hl=en&lr=&id=WSxrZH0dEVsC&oi=fnd&pg=PA311&dq=Ilan+Sadeh&ots=pbj9w23Non&sig=3rzCAG1oTd2FWue3CDlFBLzGeTo&redir_esc=y#v=onepage&q=Ilan%20Sadeh&f=false
  14. ^ http://www.zentralblatt-math.org/ioport/en/?id=1918107&type=pdf
  15. ^ http://journals.cambridge.org/action/displayAbstract;jsessionid=22417C5EB34E19F37619AF7181F8B553.journals?fromPage=online&aid=5593184
  16. ^ http://books.google.mk/books?hl=en&lr=&id=WSxrZH0dEVsC&oi=fnd&pg=PA305&dq=Ilan+Sadeh&ots=pbj9w17Mmo&sig=iMUstYSWWTD5Ohejce_EdOa-5Dw&redir_esc=y#v=onepage&q=Ilan%20Sadeh&f=false
  17. ^ http://www.researchgate.net/publication/3661088_Universal_compression_algorithms_based_on_approximate_stringmatching
  18. ^ http://journals.cambridge.org/action/displayAbstract?fromPage=online&aid=5593484
  19. ^ http://www.zentralblatt-math.org/ioport/en/?id=1810360&type=pdf
  20. ^ http://journals.cambridge.org/action/displayAbstract?fromPage=online&aid=5593484
  21. ^ http://www.zentralblatt-math.org/ioport/en/?id=1928858&type=pdf
  22. ^ http://ac.els-cdn.com/0898122196001381/1-s2.0-0898122196001381-main.pdf?_tid=96fad112-439a-11e2-8b8a-00000aacb35d&acdnat=1355234381_9833e69ea02c8e2eca144c8d001edb6b
  23. ^ http://dl.acm.org/citation.cfm?id=146076
  24. ^ http://www.zentralblatt-math.org/ioport/en/?id=1928860&type=pdf
  25. ^ http://www.researchgate.net/publication/222637356_Optimal_data_compression_algorithm
  26. ^ http://books.google.mk/books?hl=en&lr=&id=WSxrZH0dEVsC&oi=fnd&pg=PA301&dq=Ilan+Sadeh&ots=pbj9w23Non&sig=GC4N8coP4pou0RwjXsVKXiBmrsM&redir_esc=y#v=onepage&q=Ilan%20Sadeh&f=false
  27. ^ http://www.zentralblatt-math.org/ioport/en/?id=1933121&type=pdf
  28. ^ http://www.sciencedirect.com/science/article/pii/0898122196001381
  29. ^ http://www.sciencedirect.com/science/article/pii/0898122196001381#
  30. ^ http://www.zentralblatt-math.org/ioport/en/?id=1980820&type=pdf
  31. ^ http://books.google.mk/books?hl=en&lr=&id=WSxrZH0dEVsC&oi=fnd&pg=PA305&dq=Operational+Rate+Distortion+Theory+Sadeh&ots=pbj9x1-Hlu&sig=ZIII60C5_GrHeiX39VyoN2C2D8M&redir_esc=y#v=onepage&q=Operational%20Rate%20Distortion%20Theory%20Sadeh&f=false
  32. ^ http://www.google.com/patents?hl=en&lr=&vid=USPAT5836003&id=qY0YAAAAEBAJ&oi=fnd&dq=Ilan+Sadeh&printsec=abstract#v=onepage&q=Ilan%20Sadeh&f=false
  33. ^ http://www.google.com/patents?hl=en&lr=&vid=USPAT6018303&id=hFgDAAAAEBAJ&oi=fnd&dq=Ilan+Sadeh&printsec=abstract#v=onepage&q=Ilan%20Sadeh&f=false
  34. ^ http://www.patentgenius.com/patent/6018303.html
  35. ^ http://www.google.com/patents?hl=en&lr=&vid=USPAT4593359&id=9lg7AAAAEBAJ&oi=fnd&dq=Ilan+Sadeh&printsec=abstract#v=onepage&q=Ilan%20Sadeh&f=false

Category:Historians of the Holocaust Category:Jewish anti-Zionism Category:Jewish peace activists Category:Writers on Zionism Category:IEEE academic journals Category:Technion – Israel Institute of Technology faculty Category:Tel Aviv University Category:Video compression Category:Video codecs Category:Algorithms and data structures Category:Data compression Category:Computer science Category:Mathematical Sciences Publishers academic journals Category:Large deviations theory Category:Source code Category:Coding theory Category:Information theory Category:The Holocaust Category:Yishuv Category:Palestine Category:Bioinformatics Category:Lehi (group) Category:Holocaust survivors Category:Plagiarism Category:History of mathematics Category:Information science Category:MPEG Category:Probability theory


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