| The Catastrophic Critical Point Detection Prediction(CCPDP) Software Protocol theoretically determines eight Catastrophe Theory equations and adaptation Catastrophe theory equation critical points from sensor data mathematically modeled manifold angular perturbations and correlated Lagrangian delay equation critical points to enable sensor prediction of terrorist attempts to create catastrophic events. The detection by sensors of the shoe bombers, copycat shoe bombers and hard and deeply buried targets containing explosives for homeland security and Airborne Laser components for Theater Missile Defense will be enhanced by the CCPDP Software shape intelligence. The theoretical development of the Catastrophe Theory Critical Point Detection is for Lagrangian delay equations and the eight Catastrophe theory equations; the fold, cusp,butterfly, swallowtail, hyperbolic umbilic, elliptic umbilic, parabolic umbilic, wigwam, and catastrophe theory adaptation equation critical points. The CCPDP Software Protocol provides immeidate detection of the representation of Catastrophe Theory equation data from sensors to various protocol partitions of software dealing with catastrophic events. |
| Dr. Carol Niznik holds a BSEE(1969) and MSEE(1972)from the University of Rochester and the PhDEE from SUNYAB in 1978. Her industrial experience includes Logic Design on the 360/65,95, and 85 at IBM Corp. from 1964-68., 1969-70 Res. Scientist at Kodak Corp. in the PR Laboratory on OCR device design, 1970-74 Xerox Corp. 6500 Epic Color Copier design and modeling, Xerographic FAX Network design, Xerographic Computer Printing System Design and Xerographic Imaging Systems modeling and analysis from 1978-79. Following her PhDEE degree Dr. Niznik was an Assistant Research Professor in the EE Dept at SUNYAB from 1979-80, Associate Professor of EE at the University of Pittsburgh’s EE Dept. from 1980-83, Visiting Associate Professor in the Center for Brain Research at the URMC, Adjunct Professor in the Dept of Mathematics at RIT in 1993-94, and RIT/Battelle/White Sands Missile Range Faculty Fellowship 1994-97. As NW SYSTEMS President she has completed 16 Federal Contracts in the areas of Gateway Software design and performance evaluation with the NSF, Rome AFB Post Doctoral Program, DCA, SDIO, DNA, Rockwell International Satellite Systems Division, Martin Marietta Corp.and TRACWSMR.. Dr. Niznik’s CCSCR Software Protocol for the SDIO was hardwired.for Patriot Missile Software in the MidEast Crisis. Dr. Niznik has presented 33 publications and published 80 conference and journal publications with the current book in process From Star Wars To Homeland Defense::A Compendium. Dr. Niznik was the recipient of the 2004 Engineer Of The Year Award by the UBEAA for recognition as an SEAS graduate who has made outstanding contributions to the Profession, the public welfare and human kind. Dr.Niznik is a member of Tau Beta Pi, Sigma Zhi and Eta Kappa Nu and was presented the 1983 Irmgard Flugge Lotz Teacher of the Year Award for outstanding teaching and academic achievement. Office Address: NW SYSTEMS, P.O. Box 18133, Rochester, N.Y. 14618, Email address: dr_carol_niznik@yahoo.com |