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202 BIBLIOGRAPHIE [73] "Contribution à la simulation électromagnétique dans le domaine temporel" Cyril Giraudon Thèse soutenue en septembre 2002 à l'université de Limoges, n° d'ordre : 292002 [74] "FDTDSPICE Analysis of EMI and SSO of LSI ICs Using a Full Chip Macro Model" Neven Orhanovic, Norio Matsui, and Hiroshi Wabuka IEEE EMC, Avril 2002 [75] "Electromagnetic subsurface radar using the transient field radiated by a wire antenna" Pierre Degauque and JeanPierre Thery IEEE transactions on geoscience and remote sensing, vol. GE24, n°6, novembre 1986 [76] "Microondes, Circuits passifs, propagation, antennes" Paul F. Combes ISBN : 2 10 002753 0 [77] "Bases de l'ingénierie MicroOnde" André Vander Vost, Danielle VanhoenackerJanvier année 1996 ISBN : 2804121267 [78] "Transmission, Propagation et Rayonnement" André Vander Vost année 1995 ISBN : 280412066X Partie III [79] "Problèmes Inverses" Michel Kern Formation scientifique et technique, école supérieure d'ingénieurs Léonard De Vinci Septembre 2001, CS 305 [80] "Inverse problems" J.B. Keller Amer. Math. Monthly, 73 : 223, 1996 [81] "Lectures on Cauchy's problem in linear partial differential equations" J. Hadamard Yale University Press, 1923 [82] "TimeFrequency Toolbox for use with matlab" François Auger, Patrick Flandrin, Paulo Gonçalvès, Olivier Lemoine (CNRS et Rice University) Tutorial 19951996 [83] "The application of groundpenetrating radar to the study of glacial hydrology" Brian J. Moorman, Frederick A. Michel GPR'98 (International Conference on Ground Penetrating Radar), Lawrence (Kansas), 2730 May 1998 [84] "Local geoelectrical models of the Martian subsurface for shallow groundwater detection using sounding radars" E. Heggy, P. Paillou, F. Costard and N. Mangold, G. Ruffie and F. Demontoux, G. Grandjean, J. M. Malzieux Journal of geophysical research, vol. 108, n°. E4, 8030, doi : 10.1029/2002JE001871, 2003 [85] "On water detection in the martian subsurface using sounding radar" E. Heggy, P. Paillou, G. Ruffie, J. M. Malezieux, F. Costard, and G. Grandjean ICARUS (International Journal of Solar System Studies) Vol. 154, Number 2, December 2001, paper 244 [86] "Predictive Models for the Breeder genetic algorithm : I. continuous parameter optimisation" H. Mühlenbein and D. SchlierkampVoosen Evolutionary computation, 1993, vol. 1, n°1, 2549 [87] "Inversion for seismic anisotropy using genetic algorithms" Steve Horn, Colin MacBeth Geophysical prospecting, 1994, 42, 953974
Samuel BESSE : Étude Théorique de Radars Géologiques Analyses de sols, d'antennes et interprétation des signaux 203 [88] "Genetic algorithm optimization applied to electromagnetics : A review" Daniel S. Weile, Eric Michielssen IEEE transactions on antennas and propagation vol. 45, n°3, march 1997 [89] "An Image Reconstitution Method Using GPR Data" Zhixiong Wu and Liu, senior Memner, IEEE IEEE Transactions on Geoscience and remote sensing, vol. 37, n°1, january 1999 [90] "Ground penetrating radar inversion in 1D : an approach for the estimation of electrical conductivity, dielectric permittivity and magnetic permeability" O. LazaroMancilla, E. GomezTrevino Journal of Applied Geophysics 43 (2000) 199213 [91] "Genetic Algorithm Toolbox, User’s guide" Andrew Chipperfiel, Peter Fleming, Hartmut Pohlheim and Carlos Fonseca Department of automatic control and systems engineering, university of Sheefield (UK) [92] "Radar penetration in soils : towards a new system for subsurface Earth observation" G. Grandjean, P. Paillou, P. Dreuillet, P.Dubois, J.C. Souyris, N. Baghdadi and J. Achache CEOS SAR Toulouse 2629 Octobre 1999 [93] "Robust frequency estimation using elemental sets" Gordon. K. Smyth, departement of mathematics, university of Queensland, and Douglas. M. Hawkins, department of applied statistics, university of Minnesota Journal of Computational and Graphical Statistics 9, 196214 (2000) [94] "PositiveBreakdown Robust Methods in Computer Vision" Peter .J. Rousseeuw, and Stephan Van Aelst, departement of mathematics and computer science, university of Antwerp Computing Science and Statistics vol. 31, pp 451460 (1999) [95] "The Least Trimmed Squares Estimate in Nonlinear Regression" Yehling Chen, Arnold Stromberg, and Mai Zhou, departement of statistics, university of Kentucky Rapport technique, September 1997 [96] "Signal processing of ground penetrating radar using spectral estimation techniques to estimate the position of buried targets" Shanker Man Shrestha and Ikuo Arai Eurasip Journal of Applied Signal Processing, 2003 p.11981209 [97] "Signal Processing of Ground Penetrating Radar Using Super Resolution Technique" Shanker Man Shrestha, Ikuo Arai, Takashi Miwa and Yoshiyuki Tomizawa (The University of ElectroCommunications, Tokyo) 2001 IEEE Radar Conference Papers [98] "SurfacePenetrating Radar" D.J. Daniels IEE Radar, sonar, navigation and avionics series 6, (1996), ISBN : 0 085296 862 0 [99] "REFLEX, program for processing and interpretation of reflection and transmission data" K. J. Sandmeier, Karlsruhe Guide de l'utilisateur 2003 [100] "Dielectric Properties of Snow in the 3 to 37 GHz Range" M. Hallikainen, F.T. Ulaby, M. Abdelrazik IEEE Transactions on Antennas and Propagation, Vol. AP34, No. 11, November 1986, pp.13291339 [101] "Microwave permittivity of dry snow" C. Mätzler IEEE transactions geosciences remote sensing n°34, pp.573 581 (1996)
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N° d'ordre : 172004 JURY : UNIVE
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Table des matières INTRODUCTION...
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1.5.a Dipôle élémentaire posé s
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3.4 Conclusions relatives au prob
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12 INTRODUCTION Pour pouvoir sonder
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Samuel BESSE : Étude Théorique de
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60 1 Le radar GPR (Ground Penetra
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62 ● les sauts de fréquence. 1.3
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64 1.3.c Radars à saut de fréquen
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66 PARTIE II : RADAR GPR ETUDE D
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72 cossin E =− K r ,t[ cosn²
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74 ● dans le milieu 2 (typiquemen
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76 2 Antenne WuKing PARTIE II :
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78 2.2 Validation des paramètres
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80 (a) (b) PARTIE II : RADAR GPR
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84 2.4 Rendement, S11, T.O.S. PAR
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92 2.5.b.ii Gain au nadir en foncti
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96 plan E zénith =135° =225 ° na
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100 PARTIE II : RADAR GPR ETUDE
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102 Figure 93 : Gain maximum en fon
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112 4 Antenne située près d'une
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116 4.2.a.ii Rappel sur le formalis
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120 4.3 Dipôle au dessus d'une i
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122 ➢ Conclusions : PARTIE II : R
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