Ryan Card
card%math.washington.edu
University of Washington (math)
Card, R.; Muranaka, B. (2000) Using Network Amalagamation and Separation to Solve the Inverse Problem.
(ps, pdf, tex)
Joseph Corneli
jcorneli%math.utexas.edu
University of South Florida
University of Texas (math)
Corneli, J. (2000) An extension of the class of recoverable resistor networks.
(ps, pdf, tex)
Ernie Esser
jesser%u.washington.edu
University of Washington
University of California at Los Angeles (math)
Esser, E. (2000) On Solving the Inverse Conductivity Problem for Annular Networks.
(ps, pdf, tex)
Brandon Muranaka
muranaka%math.hawaii.edu
University of California at Davis
University of Hawaii
Card, R.; Muranaka, B. (2000) Using Network Amalagamation and Separation to Solve the Inverse Problem.
(ps, pdf, tex)
Richard Oberlin
oberlin%math.wisc.edu
Florida State University
University of Wisconsin at Madison (math)
Oberlin, R. (2000) Notes on Schrodinger and conductivity networks with Tower of Hanoi graphs.
(ps, pdf, tex)
Oberlin, R. (2000) Discrete inverse problems for Schrodinger and resistor networks.
(ps, pdf, tex)
Jeffrey Parks
jparks%pomona.edu
Pomona College
Parks, J. (2000) Large Eigenvalues and Eigenvectors for the Layered Square Lattice Networks.
(ps, pdf, tex)
Justin Sinz
an98h56%hotmail.com
Cornell University
University of Chicago
Sinz, J. (2000) Use of Grobner Bases to Prove Nonrecoverability of Networks in Special Cases.
(abstract, scanned pdf)
Kimberly Spayd
kspayd%email.unc.edu
Notre Dame University
University of North Carolina (stat)
Spayd, K. (2000) Permuted Boundary Nodes of Circular Planar Networks.
(scanned pdf)
Jim Morrow
morrow%math.washington.edu