C. Andradas: Characterization and description of basic semialgebraic sets
D. Bailey and V. Powers: Constructive approaches to representation theorems in finitely generated real algebras
I. Bonnard: Combinatorial characterizations of algebraic sets
P. Burgisser: Lower bounds and real algebraic geometry
B. Chevallier: The Viro method applied with quadratic transforms
A. Gabrielov and T. Zell: On the number of connected components of the relative closure of a semi-Pfaffian family
C. McCrory: How to show a set is not algebraic
P. A. Parrilo and B. Sturmfels: Minimizing polynomial functions
B. Reznick: Patterns of dependence among powers of polynomials
F. Rouillier: Efficient algorithms based on critical points method
F. Sottile: Enumerative real algebraic geometry
I. Streinu: Combinatorial roadmaps in configuration spaces of simple planar polygons
T. Theobald: Visibility computations: From discrete algorithms to real algebraic geometry
C. Andradas: Characterization and description of basic semialgebraic sets
D. Bailey and V. Powers: Constructive approaches to representation theorems in finitely generated real algebras
I. Bonnard: Combinatorial characterizations of algebraic sets
P. Burgisser: Lower bounds and real algebraic geometry
B. Chevallier: The Viro method applied with quadratic transforms
A. Gabrielov and T. Zell: On the number of connected components of the relative closure of a semi-Pfaffian family
C. McCrory: How to show a set is not algebraic
P. A. Parrilo and B. Sturmfels: Minimizing polynomial functions
B. Reznick: Patterns of dependence among powers of polynomials
F. Rouillier: Efficient algorithms based on critical points method
F. Sottile: Enumerative real algebraic geometry
I. Streinu: Combinatorial roadmaps in configuration spaces of simple planar polygons
T. Theobald: Visibility computations: From discrete algorithms to real algebraic geometry