SNC 2007: London, Ontario, Canada

Invited speakers' papers

• André Galligo, Mark van Hoeij:
  Approximate bivariate factorization: a geometric viewpoint. 1-10
  
• Erich Kaltofen, Zhengfeng Yang, Lihong Zhi:
  On probabilistic analysis of randomization in hybrid symbolic-numeric algorithms. 11-17
  
• A. D. Kennedy, Thomas Binoth, Thomas Rippon:
  Automating renormalization of quantum field theories. 18-27
  
• Lloyd N. Trefethen:
  Computing numerically with functions instead of numbers. 28
  
• Charles W. Wampler:
  Numerical algebraic geometry and kinematics. 29-32
  
• Lihong Zhi:
  Numerical optimization in hybrid symbolic-numeric computation. 33-35
  

Contributed full papers

• Wen-shin Lee:
  From quotient-difference to generalized eigenvalues and sparse polynomial interpolation. 11-116
  
• Adrien Poteaux:
  Computing monodromy groups defined by plane algebraic curves. 36-45
  
• D. A. Aruliah, Robert M. Corless, Azar Shakoori, Laureano González-Vega, Ignacio F. Rúa:
  Computing the topology of a real algebraic plane curve whose equation is not directly available. 46-54
  
• D. A. Aruliah, Robert M. Corless, Laureano González-Vega, Azar Shakoori:
  Geometric applications of the Bezout matrix in the Lagrange basis. 55-64
  
• Yufu Chen, Xiaohui Meng:
  Border bases of positive dimensional polynomial ideals. 65-71
  
• Dmytro Chibisov, Ernst W. Mayr:
  Motion planning for 6R-Robots: multiple tasks with constrained velocity and orientation of the end-effector. 72-78
  
• Barry H. Dayton:
  Numerical local rings and local solution of nonlinear systems. 79-86
  
• Mario Fioravanti, Laureano González-Vega, Andreas Seidl:
  Real implicitization of curves and geometric extraneous components. 87-96
  
• Amir Hashemi:
  Polynomial-time algorithm for Hilbert series of Borel type ideals. 97-102
  
• Daiju Inaba, Tateaki Sasaki:
  A numerical study of extended Hensel series. 103-109
  
• Greg Leibon, Daniel N. Rockmore, Gregory S. Chirikjian:
  A fast hermite transform with applications to protein structure determination. 117-124
  
• John P. May, B. David Saunders, David Harlan Wood:
  Numerical techniques for computing the inertia of products of matrices of rational numbers. 125-132
  
• Marc Eric Normandin, Adam Vajda, Sree Ram Valluri:
  Matched filtering a gravitational wave pulsar signal involving reciprocal gamma functions. 133-141
  
• Victor Y. Pan, Brian Murphy, Rhys Eric Rosholt, M. Tabanjeh:
  The schur aggregation for solving linear systems of equations. 142-151
  
• Victor Y. Pan, Xiaodong Yan:
  Null space and eigenspace computations with additive preprocessing. 152-160
  
• Victor Y. Pan, Brian Murphy, Rhys Eric Rosholt, Guoliang Qian, Yuqing Tang:
  Real root-finding. 161-169
  
• Masaru Sanuki, Tateaki Sasaki:
  Computing Approximate GCDs in Ill-conditioned Cases. 170-179
  
• Tateaki Sasaki, Fujio Kako:
  Computing floating-point gröbner bases stably. 180-189
  
• Hiroshi Sekigawa:
  The nearest polynomial with a zero in a given domain. 190-196
  

Contributed extended abstracts

• D. A. Aruliah, Robert M. Corless, Laureano González-Vega, Azar Shakoori:
  Companion matrix pencils for hermite interpolants. 197-198
  
• Robert M. Corless, Nargol Rezvani:
  The nearest polynomial of lower degree. 199-200
  
• Hiroshi Kai, Nanami Nakagawa, Matu-Tarow Noda:
  A hybrid integral for parametrized rational functions. 201-202
  
• Erich Kaltofen, Bin Li, Kartik Sivaramakrishnan, Zhengfeng Yang, Lihong Zhi:
  Lower bounds for approximate factorizations via semidefinite programming: (extended abstract). 203-204
  
• Bin Li, Jiawang Nie, Lihong Zhi:
  Approximate GCDs of polynomials and SOS relaxation. 205-206
  
• Helfried Peyrl, Pablo A. Parrilo:
  A Macaulay 2 package for computing sum of squares decompositions of polynomials with rational coefficients. 207-208
  

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