Named-Entity Recognition with Character-Level Models Dan Klein, Joseph Smarr, Huy Nguyen, and Christopher D. Manning Stanford University CoNLL-2003: Seventh.
Kalman - Linear Systems
The Construction of an I Ching_Astrological Natal Hexagram
CaBIG™ Terminology Services Path to Grid Enablement Thomas Johnson 1, Scott Bauer 1, Kevin Peterson 1, Christopher Chute 1, Johnita Beasley 2, Frank Hartel.
Implementable theory of mind, culture and activity Why? To implement computer models of human creativity, learning and problem solving e.g. story generation.
Scheme in Scheme
Scheme in Scheme 1
Parallel Computations in Quantum Lanczos Representation Methods
1 Subdivision Depth Computation for Catmull-Clark Subdivision Surfaces Fuhua (Frank) Cheng University of Kentucky, Lexington, KY Junhai Yong Tsinghua University,
Integrated Bridge Project Delivery & Life Cycle Management FHWA Project: DTFH61-06-D-00037 Presented By Arun M. Shirolé, P.E. Senior Vice President Arora.
Parallel Computations in Quantum Lanczos Representation Methods Hong Zhang and Sean C. Smith Quantum & Molecular Dynamics Group Center for Computational.
Scheme in Scheme 1. Why implement Scheme in Scheme Implementing a language is a good way to learn more about programming languages Interpreters are.