Fall 2011 Seminars
Time: Friday, 9 December 2011, 4:10 PM Place: SC 1310 Speaker: Simone Bova Title: Classifying Unification over Involutive Lattices by Unification Type Involutive lattices are distributive lattices with an 

Time: Friday, 18 November 2011, 4:10 PM Place: SC 1310 Speaker: Marcin Kozik Title: 

Time: Friday, 11 November 2011, 4:10 PM Place: SC 1310 Speaker: William Young Title: On Cone Algebras 

Time: Friday, 28 October 2011, 4:10 PM Place: SC 1310 Speaker: Olga Sapir Title: How to recognize finitely based words among words in at most two nonlinear letters An algebra is said to be finitely based if there is a finite subset of its identities from which all of its identities may be deduced. Let $A$ be an alphabet and $W$ be a set of words in a free monoid $A*$. Let $S(W)$ denote the Rees quotient over the ideal of $A*$ consisting of all words that are not subwords of words in $W$. We call a set of words $W$ finitely based if the monoid $S(W)$ is finitely based. A letter $x$ in a word $u$ is called linear if $x$ occurs once in $u$, otherwise $x$ is called nonlinear. We find a simple algorithm that recognizes finitely based words among the words in at most two nonlinear letters. 

Time: Friday, 21 October 2011, 4:10 PM Place: SC 1310 Speaker: Ralph McKenzie Title: Directly Representable Varieities 

Time: Friday, 30 September 2011, 4:10 PM Place: SC 1310 Speaker: Simone Bova (Vanderbilt University) Title: The Finite Homomorphism Preservation Theorem Reading Group: Rossman, B, “Homorphism Preservation Theorems”, Journal of the ACM, July 2008 

Time: Friday, 23 September 2011, 4:10 PM Place: SC 1310 Speaker: Ralph McKenzie (Vanderbilt University) Title: The Finite Homomorphism Preservation Theorem Reading Group: Rossman, B, “Homorphism Preservation Theorems”, Journal of the ACM, July 2008 

Time: Friday, 16 September 2011, 4:10 PM Place: SC 1310 Speaker: Matthew Smedberg (Vanderbilt University) Title: The Finite Homomorphism Preservation Theorem Reading Group: Rossman, B, “Homorphism Preservation Theorems”, Journal of the ACM, July 2008 
©2019 Vanderbilt University ·
Site Development: University Web Communications