J. A. Leonard

发表

A NEURAL NETWORK ARCHITECTURE THAT COMPUTES ITS OWN RELIABILITY

Lyle H. Ungar, Mark A. Kramer, J. A. Leonard, 1992 .

Diagnosis using backpropagation neural networks—analysis and criticism

Mark A. Kramer, J. A. Leonard, M. Kramer, 1990 .

Bibliography of reports of the Sandia Solar Thermal Distributed Receiver Systems Project. Revision

J. A. Leonard, C. R. Klimas, 1985 .

Shenandoah Solar Total-Energy Project

J. A. Leonard, R. W. Hunke, 1981 .

Proceedings of the concentrating solar collector workshop: Key technical issues

R. B. Diver, T. R. Mancini, J. A. Leonard, 1987 .

Progress in solar thermal distributed receiver technology

J. V. Otts, J. A. Leonard, 1985 .

Improvement of the backpropagation algorithm for training neural networks

Mark A. Kramer, J. A. Leonard, M. Kramer, 1990 .

Manufacturing technology: A Sandia Technology Bulletin, May 1992

H. L. Floyd, J. A. Leonard, L. Parrott, 1992 .

Solar total energy program quarterly report, July--September 1974

S. Thunborg, J. A. Leonard, 1974 .

Line-focus concentrating solar collectors

J. A. Leonard, V. L. Dugan, 1980 .

A reliable neural network architecture for fault diagnosis and modelling of chemical processes

Mark A. Kramer, J. A. Leonard, M. Kramer, 1992 .

System study on the feasibility of a coal-fired total-energy plant (with solar options) for Sandia Laboratories

S. Thunborg, J. A. Leonard, 1978 .

Diagnosing dynamic faults using modular neural nets

Mark A. Kramer, J. A. Leonard, James A. Leonard, 1993, IEEE Expert.

Using radial basis functions to approximate a function and its error bounds

Lyle H. Ungar, Mark A. Kramer, J. A. Leonard, 1992, IEEE Trans. Neural Networks.

A Decomposition Approach to Solving Large-scale Fault Diagnosis Problems with Modular Neural Networks

J. A. Leonard, M. A. Kramer, J. A. Leonard, 1992 .

Radial basis function networks for classifying process faults

J. A. Leonard, M.A. Kramer, J.A. Leonard, 1991, IEEE Control Systems.