CV: Electromagnetics specialist

 

To further the development of advanced modeling and simulation for electromagnetics applications in antenna and propagation analysis

 

                                 M.I T.                                   Bachelor of Science                           1975                            4.8/5.0

                  University of Maryland                     Master of Science                              1978                            3.7/4.0

                  University of Maryland                    Doctor of Philosophy                          1982                            3.7/4.0

 

Company: Illinois Institute of Technology Research Institute (Jan 1983-Dec 2002)

Positions held: Associate Programmer analyst through Engineering Science Advisor

Activities: Algorithm and detailed software design for the DoD Joint Spectrum Center’s Planar and Linear Phased Array Analysis Model (PALPAM).   Adaptation of  BMDATC conformal array antenna model into the JSC’s Cylindrical Conformal Phased Array analysis Model (CCPAM), Algorithm and detailed software design for PALPAM pattern optimization capability that simulates performance of adaptive array antennas constructed in fully adaptive, multiple-sidelobe-canceller and multibeam formats. Construction of novel Uniform Geometrical of Diffraction (UTD) solutions for the representation of fields in the shadow region of perfectly conducting, impedance, and material-coated cylinders. Overall conceptual design and UTD-module detailed design and development for the JSC’s general facetized-geometry aircraft antenna modeling capability ARAPP. 

 

Company: Alion Science and Technology (Dec 2002-Feb 2008)

Positions held: Principal Engineer

Activities  Creation of novel asymptotic solutions for propagation of electromagnetic fields over arbitrarily curved surfaces that are either non-metallic surfaces characterizable in terms of an impedance boundary condition or are metallic surfaces coated with a single layer or multiple layers of dielectric/magnetic material. Development /implementation of algorithms and software for the adaptation of the ARAPP model to advanced aircraft with treatments applied to achieve low observability  Design of novel two and three dimensional algorithms for computationally efficient ray tracing in urban environments.

1. Poincare group considerations for relativistic bound state models of the hadrons, Bull. Am. Phys. Soc. 25, 491, (1980), P. E. Hussar

2. Three particle symmetry classifications according to the method of Dirac, Am. J. Phys., 48, 1038-1042, (1980), P. E. Hussar, Y. S. Kim, and M. E. Noz

3. Quark model in the quantum mechanics curriculum, Am. J. Phys., 48, 1043-1049 (1980), P. E. Hussar, Y. S. Kim, and M. E. Noz

4. Poincare group, symplectic group, and relativistic extended hadrons consisting of spin ½ quarks, Proc. 9^th Int. Conf. Gp. Theo. Meth. Phys., K. B. Wolf, ed., Springer Verlag, New York, (1980), 234, P. E. Hussar, Y. S. Kim, and M. E. Noz

5, The covariant harmonic oscillator and the valon model, Bull Am. Phys. Soc., 26, 596, (1981), P. E. Hussar

6. Valons and harmonic oscillators, Phys Rev. D 23, 2781, (1981), P. E. Hussar

Time-energy uncertainty relation and Lorentz covariance, Am. J. Phys., 53, 142-147, (1985), P. E. Hussar, Y. S. Kim, and M. E. Noz

7, Planar array model for USAEHA RADHAZ analysis, Vol. 1 Program Description, ECAC-CR-85-111-1, DoD ECAC, (1985), P. E. Hussar, A. F. Anderson, and K. W. O’Haver

8. A cylindrical conformal phased array analysis model, ECAC-TN-85-005, DoD ECAC, (1985), J. Ross and P. Hussar

9. A reexamination of SU(6) symmetry breaking in high-energy phenomenology, Z. Phys C 40, 153-162 (1988), M. L. Haberman and P. E. Hussar

10. Surface diffraction over geodesics-over-airframes-technique (GOAT) type surfaces, North American Radio Science Meeting Program and Abstracts, 210, (1989), P. Hussar

11. Reexamination of SU(6) symmetry breaking in high energy phenomenology, Nuc. Phys. B. (Proc. Suppl.) 6 262-264, (1989), M. L. Haberman and P. E. Hussar

12. A technical description of the Aircraft inter-Antenna Propagation with Graphics (AAPG) computer program, ECAC-HDBK-90-083, DoD ECAC, (1990), W. R. Klocko, P. A. Masters, P. E. Hussar, and B. P. Campbell

13. On the asymptotic frequency behavior of uniform GTD in the shadow region of a smooth convex surface, 1991 North American Radio Science Meeting Program and Abstracts, 182, (1991), P. Hussar and R. Albus

14. On the asymptotic frequency behavior of uniform GTD in the shadow region of a smooth convex surface, IEEE Trans. Antennas Propagation, 1672-1680, (1991), Paul Hussar and Richard Albus

15. An adaptive nulling capability for ECAC’s Planar and Linear Phased Array Analysis Model, ECAC-TB-92-001, DoD ECAC, (1992), P. Hussar and M. Haberman

16. Calculation of the nucleon structure function from the nucleon wave function, Workshop on Harmonic Oscillators, D. Han, Y. S. Kim, and M. E. Noz , ed, NASA Conf. Pub.3197, 511-523, (1992), Paul E. Hussar

17. A uniform GTD treatment of surface diffraction by impedance and coated cylinders, 1993 URSI Radio Science Meeting Program and Abstracts, 336, (1993), Paul E. Hussar

18. An AAPG surface diffraction formulation for advanced aircraft surfaces, JSC-TR-95-001, DoD Joint Spectrum Center, (1995), Paul E. Hussar

19. A Fock-function representation of the fields induced on an impedance or coated cylindrical surface by a z-directed point source, IEEE Antennas and Propagation Society International Symposium 1995 Digest, 1930 (1995), Paul E. Hussar

20. Residue-series computation of lit-region fields via a novel function, IEEE Antennas and Propagation Society International Symposium 1995 Digest, 1931, (1995), Paul E. Hussar

21. UTD analysis of inter-antenna EMC on fully realistic aircraft models, Electromagnetic Code Consortium Annual Meeting, (1997), V. Oliker and P. Hussar

22. UTD analysis of inter-antenna EMC on fully realistic aircraft models, 1997 North American Radio Science Meeting Program and Abstracts, 720, (1997), V. Oliker and P. Hussar

23. UTD prediction of radiation-pattern platform effects on fully realistic aircraft models, 1998 Electromagnetic Code Consortium Meeting, (1998), P. Hussar, E. Smith-Rowland, E. Oliker, V. Oliker, and L. Pressner

24. UTD prediction of radiation-pattern platform effects on fully realistic aircraft models, USNC/URSI National Radio Science Meeting 1998 Digest, 46, (1998), Paul Hussar and Vladimir Oliker

25. A uniform GTD treatment of surface diffraction by impedance and coated cylinders, IEEE Trans. Antennas Propagation, 998-1008, (1998), Paul E. Hussar

26. Point-source excited boundary-layer fields near a convex doubly-curved impedance surface, UNSC/URSI   Radio Science Meeting URSI Digest,89 (1999), P. Hussar and E. Smith-Rowland

27. An implementation of the UTD on facetized CAD platform models, IEEE Antennas and Propagation Magazine, Vol. 42, No. 2, April 2000, pp. 100-106

28. The creeping-wave problem for a general smooth convex surface, USNC/URSI National Radio Science Meeting Abstracts, 2, (2001), P. E. Hussar and E. M. Smith-Rowland

29. Formal and computational aspects of the creeping-wave problem on a singly-coated doubly-curved convex surface, USNC/URSI National Radio Science Meeting 2001 Digest, 15, (2001), P. Hussar and E. Smith-Rowland

30. An asymptotic solution for boundary-layer fields near a convex impedance surface, Journal of Electromagnetic Waves and Applications , Vol. 16, , No. 2, 185-208, (2002) P. E. Hussar and E. M. Smith-Rowland

31. High Frequency Radiation Pattern Analysis for Antennas Conformal to Convex Platform Surfaces. USNC/URSI National Radio Science Meeting 2002 Digest, 29, (2002), P. Hussar, E. Smith-Rowland and B. Campbell (Invited Paper)

32. Feynman Oscillators and Feynman’s Partons, Proceedings of the First Feynman Festival, (2002), P. Hussar

33. A Dyadic Green’s Function Representation of Fields Near a Convex Impedance Surface, 2003 IEEE International Symposium on Electromagnetic Compatibility

34. A Dyadic Green’s Function Representation of Fields Near a Convex Impedance Surface, 2003 IEEE International Symposium on Electromagnetic Antennas and Propagation and USNC/CNC/URSI National Radio Science Meeting, 2003

35. High Frequency Radiation Pattern Analysis for Antennas Mounted on Material Coated Platforms of General Shaper, The 20^th Annual Review of Progress in Applied Computational Electromagnetics,, 2004, , P. Hussar

36. An Asymptotic Green’s Function Representation for Fields in the Vicinity of an Arbitrary Convex Multilayer Coated Conducting Surface, 2004 IEEE APS International Symposium and USNC/URSI National Radio Science Meeting, June, 2004, P. E. Hussar

37. An Asymptotic Green’s Funct5ion Representation for Fields Radiated into the Far Shadow Zone of an Arbitrary Convex Multilayer Coated Conductor, 2005 IEEE APS International Symposium and USNC/URSI National Radio Science Meeting, July, 2005, P. E. Hussar

38. Fock Currents fo4r the Shadow Region of an Arbitrary Convex Multilayer Coated Conducting Surface, International Conference on Electromagnetics in Advanced Applications (ICEAA ’05) 149-152, Turin, Italy, Sept., 2005, P. E. Hussar, R. Larson, M Williams, and S. Thai

39. 2D Ray Tracing in Urban Environments via Hierarchical Visibility Map Construction, 2006 IEEE APS International Symposium and USNC/URSI National Radio Science Meeting, July, 2006, P. E. Hussar and E. M. Smith-Rowland

40. Asymptotic Evaluation of Inter-Antenna Coupling on Convex Multilayer Coated Surfaces, Electromagnetic Theory Symposium (EMTS), July, 2007.

41. Novel Projection Methods for Efficient Ray Tracing in Complex Environments, Electromagnetic Theory Symposium (EMTS), July, 2007, P. E. Hussar, T. D. Jeech, and E. M. Smith-Rowland.

42. Analytical Construction of Illumination maps for Doubly Diffracted Rays, 2008 URSI General Assembly, August 2008