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Reasoning about Nonlinear System Identification (2000)  (Make Corrections)  (3 citations)
Elizabeth Bradley, Matthew Easley, Reinhard Stolle
Artificial Intelligence



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Description of PRET, an AI tool for automated system identification (automated modeling of dynamic systems)

Abstract: System identification is the process of deducing a mathematical model of the internal dynamics of a black-box system from observations of its outputs. The computer program PRET automates this process by building a layer of artificial intelligence (AI) techniques around a set of traditional formal engineering methods. PRET takes a generate-and-test approach, using a small, powerful meta-domain theory that tailors the space of candidate models to the problem at hand. It then tests these models... (Update)

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Qualitative Systems Identification for Linear Time Invariant.. - Flores, Pastor (2002)   (Correct)

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2.4:   Multimodal Reasoning for Automatic Model Construction - Stolle, Bradley (1998)   (Correct)
2.4:   Reasoning About Input-Output Modeling of Dynamical Systems - Easley, Bradley (1999)   (Correct)
1.6:   Intelligent Sensor Analysis and Actuator Control - Easley, Bradley   (Correct)

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0.5:   Meta-Domains For Automated System Identification - Easley, Bradley   (Correct)
0.5:   Multimodal Reasoning about Physical Systems - Stolle, Bradley   (Correct)
0.4:   Opportunistic Modeling - Stolle, Bradley (1997)   (Correct)

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BibTeX entry:   (Update)

Bradley, E.; Easley, M.; and Stolle, R. 2001. Reasoning about nonlinear system identification. Artificial Intelligence 133:139--188. http://citeseer.ist.psu.edu/bradley00reasoning.html   More

@article{ bradley-reasoning,
   AUTHOR = "Elizabeth Bradley and Matthew Easley and Reinhard Stolle",
   TITLE = "Reasoning about Nonlinear System Identification",
   JOURNAL = "Artificial Intelligence",
   YEAR = "2001",
   volume = "133",
  pages =  "139-188",
   month = "December",
   url = "citeseer.ist.psu.edu/bradley00reasoning.html" }
Citations (may not include all citations):
1838   Foundations of Logic Programming (context) - Lloyd - 1987
440   The Art of PROLOG (context) - Sterling, Shapiro - 1986
277   Qualitative process theory (context) - Forbus - 1984
235   Classical Mechanics (context) - Goldstein - 1980
197   The revised 3 report on the algorithmic language Scheme - Rees, Clinger - 1986
159   Language Reference Manual (context) - Char, Geddes et al. - 1991
131   Readings in Qualitative Reasoning About Physical Systems (context) - Weld, de Kleer - 1990
125   An assumption-based TMS (context) - de Kleer - 1986
123   Qualitative Reasoning: Modeling and Simulation with Incomple.. (context) - Kuipers - 1992
117   Compositional modeling: Finding the right model for the job - Falkenhainer, Forbus - 1991
117   Qualitative simulation - Kuipers - 1986
113   Constraint logic programming: A survey (context) - Ja, Maher - 1994
90   Remote agent: To boldly go where no AI system has gone befor.. - Muscettola, Nayak et al. - 1998
75   Mathematical Control Theory (context) - Sontag - 1998
73   Analysis of Observed Chaotic Data (context) - Abarbanel - 1995
55   Nonlinear Dynamics and Chaos (context) - Strogatz - 1994
55   Clausal intuitionistic logic (context) - McCarty - 1988
52   Meta-rules: Reasoning about control (context) - Davis - 1980
50   Modern Control Theory (context) - Brogan - 1991
44   Analysis and Design of Engineering Systems (context) - Paynter - 1961
41   Lecture Notes in Computer Science (context) - Torn, Zilinskas et al. - 1995
38   odel Programming Language (context) - Hill, Lloyd - 1994
33   System Identication: Theory for the User (context) - Ljung - 1987
28   Automatic construction of accurate models of physical system.. - Bradley, Stolle - 1996
28   KAM: A System for Intelligently Guiding Numerical Experiment.. (context) - Yip - 1991
27   Department of Computer Science and Engineering (context) - Barrett, Christianson et al. - 1995
24   Technical Report CMU-CS (context) - Carbonell, Blythe et al. - 1992
23   Journal of Statistical Physics (context) - Sauer, Yorke et al. - 1991
22   Reasoning about model accuracy (context) - Weld - 1992
20   Recent Advances in Qualitative Physics (context) - Faltings, Struss - 1992
18   Cell-to-Cell Mapping (context) - Hsu - 1987
16   Metalevel control for logic programs (context) - Gallaire, Lasserre - 1982
16   Local consistency for ternary numeric constraints - Faltings, Gelle - 1997
15   Interpreting observations of physical systems (context) - Forbus - 1987
15   Negation as inconsistency (context) - Gabbay, Sergot - 1986
13   Changing the rules: Transformations for rulebased optimizers - Cherniack, Zdonik - 1998
11   Qualitative reasoning - Forbus - 1997
10   Autonomous exploration and control of chaotic systems - Bradley - 1995
10   Chaotic states and routes to chaos in the forced pendulum (context) - D'Humieres, Beasley et al. - 1982
10   Computational and physical causality (context) - Top, Akkermans - 1991
10   Automated Qualitative Modeling of Dynamic Physical Systems - Amsterdam - 1992
9   Computational dynamics: Modeling and visualizing trajectory .. - Zhao - 1993
8   Controlling knowledge deduction in a declarative approach (context) - Gallaire, Lasserre - 1979
8   Global solutions for nonlinear systems using qualitative rea.. (context) - Bradley, O'Gallagher et al. - 1998
8   Reasoning about sensor data for automated system identicatio.. - Bradley, Easley - 1998
8   Automated mathematical modeling from experimental data: An a.. (context) - Capelo, Ironi et al. - 1998
7   Evolutionary logic programming with RISC - Beckstein, Tobermann - 1992
6   A stable and ecient algorithm for nonlinear orthogonal dista.. (context) - Boggs, Byrd et al. - 1987
6   The Bifurcation Interpreter: A step towards the automatic an.. (context) - Abelson - 1990
6   A formal hybrid modeling scheme for handling discontinuities.. (context) - Mosterman, Biswas - 1996
5   The Art of Modeling Dynamic Systems (context) - Morrison - 1991
4   Meta-programming for generalized Horn clause logic - Beckstein, Stolle et al. - 1996
4   Multimodal reasoning for automatic model construction - Stolle, Bradley - 1998
4   A customized logic paradigm for reasoning about models - Stolle, Bradley - 1996
4   Scaling up logic-based truth maintenance systems via fact ga.. (context) - Everett, Forbus - 1996
4   Applied System Identication (context) - Juang - 1994
4   System Dynamics: A Unied Approach (context) - Karnopp, Margolis et al. - 1990
4   A theory of cell-to-cell mapping dynamical systems (context) - Hsu - 1980
3   Putting declarative meta control to work - Hogan, Stolle et al. - 1998
3   A unied framework for hybrid control (context) - Branicky, Borkar et al. - 1994
2   Time-series analysis - Bradley - 1999
2   Computing connectedness: An exercise in computational topolo.. - Robins, Meiss et al. - 1998
2   System identication | A survey (context) - Astrom, Eykho - 1971
2   Meta-domains for automated system identication (context) - Easley, Bradley - 2000
2   Reasoning about input-output modeling of dynamical systems - Easley, Bradley - 1999
2   a language for expressing almost hierarchical descriptions (context) - Sussman, Steele - 1980
2   Integrated Multimodal Reasoning for Modeling of Physical Sys.. (context) - Stolle - 1998
1   Nonconvex Optimization and its Applications (context) - Horst, Pardalos et al. - 1987
1   Formal specications for hybrid dynamical systems (context) - Mosterman, Biswas - 1997
1   model-based learning and its analogy to diagnosis (context) - Williams, Millar - 1998
1   Articial Intelligence (context) - Addanki, Cremonini et al. - 1991
1   Algorithmic debugging and hypothetical reasoning (context) - Beckstein, Tobermann - 1997
1   Damper models for heavy vehicle ride dynamics (context) - Besinger, Cebon et al. - 1997
1   Linear System Fundamentals (context) - Reid - 1983
1   Water-Resource Engineering (context) - Chin - 2000
1   Computing connectedness: Disconnectedness and discreteness - Robins, Meiss et al. - 2000
1   Physical Networks (context) - Sanford - 1965
1   Meta-domains for automated model building (context) - Easley, Bradley - 2000
1   Principles of Tribology (context) - Halling - 1978
1   Inertial and storage e ects in well-aquifer systems (context) - Bredehoeft, Cooper et al. - 1966
1   Special Volume on Qualitative Reasoning About Physical Syste.. (context) - de Kleer, Williams et al. - 1991
1   Preview control algorithms for the active suspension of an o.. (context) - Langlois, Anderson - 1997
1   Generalized physical networks for model building (context) - Easley, Bradley - 1999
1   Verication of a wheeled mobile robot dynamic model and contr.. (context) - Hong, Velinsky et al. - 1999

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