Operations Research

Numerical procedures for analyzing nonlinear semi-state equations

Proceedings Fifth International Symposium on the Mathematical Theory of Networks and Systems, 22–27.

The Most Frequently Used Decreasing Algorithm for the 1.5-Dimensional Coil Slitting Problem

(Technical Report No. CC7455). AT&T Engineering Research Center.

Routing in a Network with Multi-Class Links

(Technical Report No. CC7479). AT&T Engineering Research Center.

The Most Frequently Used Decreasing Algorithm for the 2-Dimensional Coil Slitting Problem

(Technical Report No. CC7575). AT&T Engineering Research Center.

Convergent regular splittings for nonnegative matrices

Linear and Multilinear Algebra, 10(1), 63–73.

Order and the index of singular time-invariant linar systems

Systems & Control Letters, 1(2), 119–122.

A procedure for analyzing a class of nonlinear semistate equations that arise in circuit and control problems

IEEE Transactions on Circuits and Systems, 28(3), 256–261.

Computing nonnegative rank factorizations

Linear Algebra and Its Applications, 35, 175–182.

A nonlinear system with singular vector field near equilibria

Applicable Analysis, 12(1), 57–71.

A more singular singularly perturbed linear system

IEEE Transactions on Automatic Control, 26(2), 507–510.

On an assumption guaranteeing boundary layer convergence of singularly perturbed systems

Automatica, 17(4), 645–646.

A note on the approximation of functions of several variables by sums of functions of one variable

Journal of Approximation Theory, 33(3), 179–189.

An analytical expression for the H matrix relevant to Rayleigh scattering

Journal of Mathematical Analysis and Applications, 84(2), 509–518.

Approximate methods for exit distribution problems in inhomogeneous slabs

Progress in Nuclear Energy, 8(2-3), 227–234.

Multi-group neutron transport in inhomogeneous slabs

Journal of Integral Equations, 3, 261–275.

Chapter 18, Municipal Sludge Application to Pacific Northwest Forest Lands

In C. S. Bledsoe (Ed.), Economics of Sludge Disposal in Forests (Vol. 41). University of Washington: Institute of Forest Resources.

An Aspect Transformation with Regard to Elevation for Site Productivity Models

Forest Science, 27(3), 483–486.

An Approach to Functionalizing Key Environmental Factors: Forage Production in Rocky Mountain Aspen Stands

Ecological Modeling, 14, 133–146.