MM
Publications
- Linear and neural-network methods for condensing high-dimensional measurements
- Describing Multiple Levels of Abstraction in the Metabolism
- Plant monitoring and diagnosis using input-training neural networks
- Model reduction in the computational modeling of reaction systems.
- Modeling and simulation of metabolic pathways, gene regulation and cell differentiation. October 22-27, 1995. International Conference and Research Center for Computer Science, Schloss Dagstuhl, Saarland, Germany.
- Qualitative analysis of biochemical reaction systems.
- Comparison of the Number of Dog Adoptions in a Pilot Program That Restored Limited Visitor Access to Kennels: A Community Case Report
- A consistent correlation approach to single file diffusion with reaction
- Simplification of Mathematical Models of Chemical Reaction Systems.
- Formal Order-of-magnitude Reasoning In Process Engineering
- SIMPLIFICATION OF CHEMICAL REACTION SYSTEMS BY TIME-SCALE ANALYSIS
- An input-training neural network approach for gross error detection and sensor replacement
- Modeling ions through conjugation operators
- Modeling and simulation of gene regulation and metabolic pathways.
- Generating complex systems in the domain of chemical reactions
- Modelling and Simulation of Gene and Cell Regulation and Metabolic Pathways (Dagstuhl Seminar 98251)
- Object‐oriented Programming
- ChemInform Abstract: Simplification of Mathematical Models of Chemical Reaction Systems
- A belief framework for order-of-magnitude reasoning and other qualitative relations
- Analysis of sensor behavior with a non-linear extension of principal components analysis
- Linear And Neural Network Methods For Condensing High Dimensional Measurements
- Inverse-signal analysis with PCA
- Positive linear decomposition for classifying patterns in dynamic measurements: A case study
- Analysis of Complex Metabolic Pathways
- Object oriented package for chemical reactor design and analysis
- Analysis of plant measurements through input-training neural networks
- Chemical reactor design and analysis: An object oriented approach
- Generation Of Complex Reaction Systems Through A Specialized Computer Language
- Modelling and Simulation of Gene and Cell Regulation (Dagstuhl Seminar 9543)
- Symbolic and quantitative reasoning: Design of reaction pathways through recursive satisfaction of constraints
- The Role Of Engineering Economics In The Chemical Engineering Curriculum
- Positive linear decomposition for identifying patterns in dynamic process measurements
- Classification of pyrolysis mass spectra of biological materials using convex cones