Development and validation of a computerized expert system for evaluation of automated visual fields from the Ischemic Optic Neuropathy Decompression Trial

J. Horton | J. Katz | J. Selhorst | N. Newman | K. Dickersin | B. Crawley | S. Feldon | P. Manatrey | M. Elman | D. Kaufman | P. Langenberg | Qi Zhu | K. Digre | T. Link | V. Regan | P. Streasick | F. Hooper | L. Gordon | S. Newman | K. Chalam | J. Leavitt | R. Scherer | Sophia M. Chung | S. Lessell | B. Patel | C. Evans | J. Guy | J. Goodwin | L. Johnson | E. Eggenberger | Karen Weber | S. Seiff | R. Granadier | J. Garrity | A. Arnold | J. Linberg | B. Skarf | J. Warner | W. Cornblath | C. Hiner | W. Felton | S. Kelman | M. Hanson | L. Levin | R. Tang | B. Younge | D. Friedman | R. McCarter | P. Wilson | H. Krauss | J. Kennerdell | M. Malton | D. Loupe | T. Fecko | D. Ross | T. Wojno | B. Ellis | G. Kosmorsky | T. Bersani | J. Holds | A. Putterman | R. Kalsi | J. Curtis | J. Buckley | Sharon Turner | Z. Zam | E. M. Cohn | Judy Beck | J. Starr | C. Campbell | K. Zimmerman | B. Eickhoff | O. Lurye | W. G. Clements | Lucy Howard | J. A. Rostvold | Mark Croswell | George Ponka | Melissa Hamlin | Kirk Mack | P. Tello | Robert Stalling | Coy Cobb | Rebecca Nielsen | Jacqueline Ladsten | Kathleen Lebarron | S. Bickert | Thomas Moore | M.J.W. Chang | Lou Anne Aber | Toni Scoggins | Terrell Blackburn | Rick Anderson | P. Morris | Sandra Staker | James Scott | S. Riedel | Michelle Sotos | Laureen Spioch | J. Urban | M. Waring | D. Everett | A. LaCroix | Roy W. Beck | Phil Aitken | R. Baker | Patricia Jones | C. Frank | P. Langer | G. Mcgregor | Timothy Saunders | Gaye Baker | Sandra Holliday | Sandra Osborn | Lillian Tyler | Sara Casey | Anna Bruchis | Robert J. Goldberg | Dawn M. Govreau | Amy B. Rogers | Karen King | Kathy Friedberg | Nahid Sadaati | Barbara Michael | Tammy Anderson | G. Sanborn | Revonda Burke | Shirley Hackett | Jolyn Erickson | Carolyn Harrell | H. Overstreet | K. Cummings | David Roehr | Janet Masiero | Jie Zhu | M. Fisher | Reverend Kenneth MacLean