Language and Automata Theory and Applications [electronic resource] : 4th International Conference, LATA 2010, Trier, Germany, May 24-28, 2010, Proceedings /
LATA 2010Corporate Author
LATA(4th International Conference :2010 May 24-28 :Trier, Germany)
LATA 2010
Martin-Vide, Carlos.editor.(orcid)0000-0003-1670-6000https://orcid.org/0000-0003-1670-6000edt
Fernau, Henning.editor.
Dediu, Adrian Horia.editor.
Bibliographic Level Mode of Issuance: Monograph
Includes bibliographical references and index.
Invited Talks -- Complexity in Convex Languages -- Three Learnable Models for the Description of Language -- Arbology: Trees and Pushdown Automata -- Analysis of Communicating Automata -- Regular Papers -- Complexity of the Satisfiability Problem for a Class of Propositional Schemata -- A Simple n-Dimensional Intrinsically Universal Quantum Cellular Automaton -- A Fast Longest Common Subsequence Algorithm for Similar Strings -- Abelian Square-Free Partial Words -- Avoidable Binary Patterns in Partial Words -- Equivalence and Inclusion Problem for Strongly Unambiguous Büchi Automata -- Pregroup Grammars with Letter Promotions -- A Hierarchical Classification of First-Order Recurrent Neural Networks -- Choosing Word Occurrences for the Smallest Grammar Problem -- Agreement and Cliticization in Italian: A Pregroup Analysis -- Geometricity of Binary Regular Languages -- On the Expressive Power of FO[?+?] -- Finding Consistent Categorial Grammars of Bounded Value: A Parameterized Approach -- Operator Precedence and the Visibly Pushdown Property -- On the Maximal Number of Cubic Runs in a String -- On the Hamiltonian Operators for Adiabatic Quantum Reduction of SAT -- Parametric Metric Interval Temporal Logic -- Short Witnesses and Accepting Lassos in ?-Automata -- Grammar-Based Compression in a Streaming Model -- Simplifying Regular Expressions -- A Programming Language Tailored to the Specification and Solution of Differential Equations Describing Processes on Networks -- The Inclusion Problem for Regular Expressions -- Learnability of Automatic Classes -- Untestable Properties Expressible with Four First-Order Quantifiers -- The Copying Power of Well-Nested Multiple Context-Free Grammars -- Post Correspondence Problem with Partially Commutative Alphabets -- Reversible Pushdown Automata -- String Extension Learning Using Lattices -- The Equivalence Problem of Deterministic Multitape Finite Automata: A New Proof of Solvability Using a Multidimensional Tape -- Primitive Words Are Unavoidable for Context-Free Languages -- Modal Nonassociative Lambek Calculus with Assumptions: Complexity and Context-Freeness -- Hard Counting Problems for Partial Words -- Exact Analysis of Horspool's and Sunday's Pattern Matching Algorithms with Probabilistic Arithmetic Automata -- SA-REPC - Sequence Alignment with Regular Expression Path Constraint -- CD-Systems of Stateless Deterministic R(1)-Automata Accept All Rational Trace Languages -- A Boundary between Universality and Non-universality in Extended Spiking Neural P Systems -- Using Sums-of-Products for Non-standard Reasoning -- Restarting Automata with Structured Output and Functional Generative Description -- A Randomized Numerical Aligner (rNA) -- Language-Based Comparison of Petri Nets with Black Tokens, Pure Names and Ordered Data -- Verifying Complex Continuous Real-Time Systems with Coinductive CLP(R) -- Incremental Building in Peptide Computing to Solve Hamiltonian Path Problem -- Variable Automata over Infinite Alphabets -- Some Minimality Results on Biresidual and Biseparable Automata -- Extending Stochastic Context-Free Grammars for an Application in Bioinformatics -- Chomsky-Schützenberger-Type Characterization of Multiple Context-Free Languages -- Complexity of Guided Insertion-Deletion in RNA-Editing.
Computer programming.
Programming languages (Electronic computers).
Pattern recognition.
Computers.
Algorithms.
Artificial intelligence.
Programming Techniques.
Programming Languages, Compilers, Interpreters.
Pattern Recognition.
Computation by Abstract Devices.
Algorithm Analysis and Problem Complexity.
Artificial Intelligence.