Author: Peter Karp
-
Artificial intelligence methods for theory representation and hypothesis formation
This article describes artificial intelligence methods for representing theories in molecular biology, and for improving the predictive power of these theories using experimental data.
-
Hypothesis Formation as Design
-
An Analysis of the Distinction Between Deep and Shallow Expert Systems
This paper analyzes the relationship between the techniques used to build expert systems and the behaviors they exhibit to show that there is not sufficient evidence to link the behavioral shortcomings of first-generation expert systems to the shallow methods of representation and inference they employ.
-
Coordinating the Use of Qualitative and Quantitative Knowledge in Declarative Device Modeling
-
The Pony Express Network Mail Delivery System and the MM-32 Mail Manager
-
Computer-Assisted Three-Dimensional and Two-Dimensional Reconstructions of Autoradiographic Images of the Cerebral Cortex
This report describes a computer system that generates reconstructions of film autoradiographs of the cerebral cortex.
-
Computer-Assisted Analysis of Tomographic Images of the Brain
A computer system for the analysis of computed tomography and positron emission tomography scans of the brain is described.
-
A (14C) Deoxyglucose Study of Somatosensory and Associated Cortical Areas in the Monkey
The strategies used by the macaca monkey brain in controlling the performance of a reaching movement to a visual target have been studied by the quantitative autoradiographic 14C-DG method.
-
OKBC: A Foundation for Knowledge Base Interoperability
Open Knowledge Base Connectivity is an application programming interface for accessing KRSs, and was developed to enable the construction of reusable KB tools.