Artificial intelligence publications
-
Theoretical and Experimental Investigations in Trainable Pattern-Classifying Systems
Motivation is given for the use of various trainable pattern-classifying structures called linear and piecewise linear (PWL) machines.
-
Linear Separability of Signal Space as a Basis for Adaptive Mechanisms
This report reviews the research results of the program entitled “Linear Separability of Signal Space as a Basis for Adaptive Mechanisms”.
-
Research in Intelligent Automata (Phase 1)
Stanford Research Institute proposes a program that will ultimately lead to the development of machines that will perform tasks that are presently considered to require human intelligence.
-
An Experimental Comparison of Three Learning Machine Training Rules
This report includes the results of a series of experiments to compare the efficiency of training methods using (1, 0) and (+1,-1) representatives for patterns.
-
Classification and Generalization Capabilities of Linear Threshold Units
This report represents work in progress on properties of linear threshold functions.
-
Calculus of Networks of Adaptive Elements
Describes developments illustrative of the accomplishments of the learning machine research program at Stanford Research Institute.
-
Research on Self-Organizing Machines
Submitting a proposal to provide funds for the continuation of work in several important areas of learning-machine research.
-
Graphical Data Processing Research Study and Experimental Investigation
We aimed to conduct a research study and experimental investigation of techniques and equipment characteristics suitable for application to graphical data processing for military requirements.
-
Research in Self-Organizing Machines
The four areas of present interest are: Neural Element Development; Integral Geometry Studies; Distributed Memory Studies; Photographic-Optical Simulation of Neural Nets.
-
Simulation of Neural Networks by Optical-Photographic Methods
A method of using photographic film and pin-hole optical wiring is proposed here to simulate an electronic data processing machine having many elements operating in parallel.