Teaching
Boris Kunyavskii
Graduate students
Ph.D. students:
Rony Bitan "Arithmetic invariants of commutative algebraic groups over global fields" (graduated in 2009, officially approved in 2010)
Solomon Vishkautsan "Residual periodicity" (co-advisor: T. Bandman)
M.Sc. students:
Roman Shklyar "Computer study of identities and equations in finite groups", graduated in 2001 (co-advisor: E. Plotkin)
Rony Bitan "Torus-based cryptography", graduated in 2004
Orit Sela Ben-David "Cryptosystems based on elliptic curves with complex multiplication", graduated in 2005
Tal Perri "An explicit construction of the Jacobian of a nonsingular curve
and its group law" (co-advisor: T. Bandman),
graduated in 2005
Ran Cohen "Addition algorithms on the Jacobian groups of curves", graduated in 2007
Vyacheslav Shamshanov "Pairing-based cryptography", graduated in 2008
Aharon Ravia "Solvable radical of a Lie algebra over a countable field" (co-advisor: T. Bandman), graduated in 2009
Raz Vakil "Fast implementation of signatures based on elliptic curves", graduated in 2009
Courses:
Academic year 2010-2011
Graduate course (fall semester):
Cryptography 88-861
Syllabus
Undergraduate course (fall semester):
Linear Algebra-II 88-113 (for high school students)
Syllabus
Undergraduate course (spring semester):
Introduction to Coding Theory 88-578
Syllabus
Academic year 2009-2010
Graduate course (fall semester):
Coding theory 88-855
Syllabus
Undergraduate course (fall semester):
Linear Algebra-II 88-113 (for high school students)
Syllabus
Undergraduate course (spring semester):
Introduction to Cryptography 88-577
Syllabus
Academic year 2008-2009
Graduate course (fall semester):
Cryptography
Syllabus
Undergraduate course (fall semester):
Linear Algebra-II (for high school students)
Undergraduate course (spring semester):
Introduction to Coding Theory
Syllabus
Academic year 2007-2008
Graduate course (fall semester):
Coding theory
Undergraduate course (fall semester):
Algebraic Structures-I
Syllabus
Answers (moed A)
Examples of past exams
Undergraduate course (spring semester):
Introduction to Cryptography
Academic year 2006-2007
Graduate course (fall semester):
Cryptography
Syllabus
Undergraduate course (spring semester):
Introduction to Coding Theory
Syllabus
Academic year 2005-2006
Graduate course (fall semester):
Coding Theory
Undergraduate course (spring semester):
Introduction to Cryptography
Academic year 2004-2005
Graduate course (fall semester):
Cryptography
Syllabus
Undergraduate course (spring semester):
Introduction to Coding Theory
Syllabus
Test example (in Hebrew)
Page 1
Page 2
Academic year 2003-2004
Undergraduate course (fall semester):
Introduction to Cryptography
Test example (in Hebrew)
Graduate course (fall semester):
Coding Theory
Home exam (in Hebrew):
Page 1
Page 2
CGC Colloquium
Office hours: Tuesday 10:00-12:00
Last updated: March 17, 2011