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|    debbieDuong to All    |
|    JOB: Artificial Intelligence Programmer,    |
|    12 Feb 09 10:21:54    |
      From: debbieduong62@gmail.com              Please reply to debbieduong62@gmail.com              Job Category: Artificial Intelligence Software Developer              Clearance: US DoD Secret required.              Experience: Five years experience in Artificial Intelligence related       programming or a Master's Degree in Artificial Intelligence or a       related field.              Skills: Experience in the following, or similar, subjects a plus:       Software Patterns, Agent-Based Simulation, Software Optimization and       Scalability, Open Source Contributions, Ontologies, Inference Engines,       Evolutionary Computation, Neural Networks, Bayesian Networks, Fuzzy       Expert Systems, Data Mining, Case-Based Reasoning, Game Trees and Game       Theory, Social Network Analysis, Statistical Design of Experiments.              Programming Language: Java              Other Software and Development Tools: Experience in the following, or       similar, software a plus - Protege, Owl, Pellet, Jena, Jastor, Weka,       Repast, Groovy, ECJ, Ptolemy, JFuzzyLogic, Joone, Jung, R, Jboss,       Prefuse              Job Description:              Artificial Intelligence Software Developers needed for cutting-edge       Computational Social Science simulation project. Will be working in       a Team based environment with other SW developers.              Potential Task areas include:              i) Scientific Experimentation and Data Mining: Enhance existing       software to support finding patterns in wargame events, for the       purposes of testing hypotheses about relations between events and for       discovering relationships between events. Incorporate open source       data mining and artificial intelligence software, such as, for       example, Weka and ECJ, to automatically find patterns in moves and       outcomes              ii) Interoperation of Hybrid Models: Support the interoperation of       hybrid models, to ensure that models that have multiple resolutions       and perspectives share meaning. Through xml, implement the       translations between models. Integrate with integration tools that       support semantic interoperation through ontologies, and other       methodologies such as, for example, the COMPOEX backplane or       Ptolemy.              Help implement a Hub and Spoke design for translation between data       models a system by which simulation models and data of different data       models may interoperate through their own individual data models, a       common data model, and a translation data model between their own       individual data models and the common data model.              Enhance the software enforcement of a data model "contract" using       ontology-based software engineering techniques. Extend an existing       example implemented in Jena and Jastor, converting it to a Dynamic       Object Model (DOM) language (such as, for example, Groovy).              iii) Support for Conflict Resolution between models. Support the       conflict resolution of possibly conflicting hybrid models, for the       purposes of making a unified, coherent picture of the social       environment.              Integrate open source software (such as, for example, JFuzzyLogic) to       match the simulation output to correlative social study data, and       establish the correlative relations that should exist between and       within component social science models in support of validation and       consensus building of possibly conflicting models.              Implement a framework for consensus-building. Make possible the       specification of arbitrary schemes for developing a model consensus.       The framework would have a way to handle issues of integration, for       example, the models may conflict by having mutually exclusive or       uncorrelated behaviors. The framework would allow various consensus       schemes to be switched in and out. Implement a simple prototype       weighted voting scheme in the framework              iv) Support for Component Models. Enhance the Nexus Intelligent       Adaptive Agent Based Models to increase their generality, scalability,       efficiency, and ability to work as component models for other       software.              [ comp.ai is moderated ... your article may take a while to appear. ]              --- SoupGate-Win32 v1.05        * Origin: you cannot sedate... all the things you hate (1:229/2)    |
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