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Produktbild: Inverse Methods in Electromagnetic Imaging
Band 143

Inverse Methods in Electromagnetic Imaging

Aus der Reihe Nato Science Series C:

48,99 €

inkl. gesetzl. MwSt., Versandkostenfrei

Beschreibung

Produktdetails

Einband

Set mit diversen Artikeln

Erscheinungsdatum

23.08.2014

Herausgeber

W.M Boerner + weitere

Verlag

Springer Netherland

Seitenzahl

1346

Maße (L/B/H)

23,5/15,5/7,5 cm

Auflage

Softcover reprint of the original 1st ed. 1985

Sprache

Englisch

ISBN

978-94-010-9446-7

Beschreibung

Rezension

`
This text is probably unequalled as a source of information and references on this subject.
'

Optics News (September 1986)

`
These collected papers are a valuable source and an excellent introduction to the diversity and complexity of the inversion problem... These two volumes are certainly worth inclusion in the technical side of any remote sensing library...
'

International Journal of Remote Sensing, 6:12 (1985)

Produktdetails

Einband

Set mit diversen Artikeln

Erscheinungsdatum

23.08.2014

Herausgeber

Verlag

Springer Netherland

Seitenzahl

1346

Maße (L/B/H)

23,5/15,5/7,5 cm

Auflage

Softcover reprint of the original 1st ed. 1985

Sprache

Englisch

ISBN

978-94-010-9446-7

Herstelleradresse

Springer-Verlag GmbH
Tiergartenstr. 17
69121 Heidelberg
DE

Email: ProductSafety@springernature.com

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  • Produktbild: Inverse Methods in Electromagnetic Imaging
  • Topic 0 — Memorial Paper and Overview.- 0.1 (OS.3) Transient Current Density Waveforms on a Perfectly Conducting Sphere.- 0.2 (OS.4) Inverse Methods in Electromagnetic Imaging.- Topic I — Mathematical Inverse Methods and Transient Techniques.- I.1 (TS.1) Critical Analysis of the Mathematical Methods Used in Electromagnetic Inverse Theories: A Quest for New Routes in the Space of Parameters.- I.2 (SR.2) Topological Approach to Inverse Scattering in Remote Sensing.- I.3 (IS.3) A Solution of the Time-Dependent Inverse Source Problem for Three-Dimensional Electromagnetic Wave Propagation.- I.4 (IS.2) Transient Methods in Electromagnetic Imaging.- I.5 (I5.4) Theoretical Study and Numerical Resolution of Inverse Problems via the Functional Derivatives.- I.6 (IS.5) Dissipative Inverse Problems in the Time Domain.- I.7 (IM.3) Applications of Almost-Periodic Functions to Inverse Scattering Theory.- I.8 (TS.3) One Dimensional Time-Domain Inverse Scattering Applicable to Electromagnetic Imaging.- I.9 (IS.2) Inverse Electromagnetic Scattering for Radially Inhomogeneous Dielectric Spheres.- I.10 (SP.6) Applications of the Abel Transform in Remote Sensing and Related Problems.- I.11 (IM.1*) Symmetry Techniques for Direct & Inverse Scattering.- I.12 (OI.5) Reconstruction of Refractive Index Profile of a Stratified Medium.- I.13 (IM.4) Inverse Diffraction Problem.- I.14 (IM.5) Application of the Christoffel-Hurwitz Inversion Identity to Electromagnetic Imaging.- Topic II — Numerical Inversion Methods.- II.1 (IS.1) Recent Advances in the Theory of Inverse Scattering with Sparse Data.- II.2 (PT.2) The Limited Angle Problem in Reconstruction from Projections.- II.3 (IM.1) Direct & Inverse Halfspace Scalar Diffraction: Some Models and Problems.- II.4 (NM.2) Stability and Resolution in Electromagnetic Inverse Scattering — Part 1.- II.5 (NM.3*) Stability and Resolution in Electromagnetic Inverse Scattering — Part 2.- II.6 (OI.3) Object Reconstruction from Partial Information.- II.7 (NM.5) Approximation of Impulse Response from Time Limited Input and Output: Theory and Experiment.- II.8 (NM.4) Approximation Schema for Generalized Inverses: Spectral Results & Regularization of Ill-Posed Problems.- II.9 (SP.1) Maximum Entropy Methods in Electromagnetic/Geophysical/Ultrasonic Imaging.- II.10 (NM.1) Detailed Near/Far Field Modeling of Complex Electrically Large Three-Dimensional Structures.- II.11 (TS.5) Applications of Time-Domain Inverse Scattering to Electromagnetic Waves.- II.12 (TS.4) Time-Dependent Radar Target Signatures, Synthesis and Detection of Electromagnetic Authenticity Features.- II.13 (SR.3) Singularities in Quasi-Geometrical Imaging.- II.14 (RS.5) Deconvolution of Microwave Radiometry Data.- Topic III — Polarization Utilization in the Electromagnetic Vector Inverse Problem.- III.1 (RP.1*) Polarization Descriptors — Utilization of Symmetries.- III.2 (RP.5) Polarization Information Utilization in Primary Radar: An Introduction & Update to Activities at Shape Technical Centre.- III.3 (MM.2) Polarization Measurements in Radioastronomy: Determination of the Polarization — Reflection — Matrix.- III.4 (RS.4) Polarization-Dependence in Microwave Radiometry.- III.5 (SP.3) Multistatic Vector Inverse Scattering.- III.6 (RP.2) Extension of Kennaugh’s Optimal Polarization Concept to the Asymmetric Matrix Case.- III.7 (RP.3) On the Null Representation of Polarization Parameters.- III.8 (MM.3*) Theory and Design of a Dual Polarization Radar for Clutter Analysis.- III.9 (SR.3*) Radar Target Handling in Clutter, Consideration of the Measurement System.- III.10 (SR.4) Study of Two Scatterer Interference with a Polarimetric FM/CW Radar.- III.11 (SP.5) Polarization Dependence in Angle Tracking Systems.- III.12 (SS.4) Interpretation of High Resolution Polarimetric Radar Target Down-Range Signatures Using Kennaugh’s and Huynen’s Target Characteristic Operator Theories.- III.13 (MM.5) Demands on Polarization Purity in the Measurement and Imaging of Distributed Clutter.- III.14 (SP.2) Polarization Vector Signal Processing for Radar Clutter Suppression.- Topic IV — Image Quality and Image Resolution in Remote Sensing and Surveillance.- IV.1 (RS.1) The Radiative Transfer Approach in Electromagnetic Imaging.- IV.2 (RP.4) Towards a Theory of Perception for Radar Targets with Application to the Analysis of Their Data Base Structures and Presentations.- IV.3 (SI.4) Radar Imagery.- IV.4 (SI.1) Inverse Methods Applied to Microwave Target Imaging.- IV.5 (SR.1) (SP.4) Optimum Detection Techniques in Relation to Shape and Size of Objects, Motion Pattern and Material Composition.- IV.6 (RS.3) Inverse Methods for Ocean Wave Imaging by SAR.- IV.7 (RS.2) Inverse Methods in Rough-Surface Scattering.- IV.8 (SI.2) On the Optimum Detection of Surface Chemical Compounds.- IV.9 (SI.3) Inversion Problems in SAR Imaging.- IV.10 (SI.5) Inverse Methods in Radio Glaciology.- IV.11 (MI.1) Fast Millimeter Wave Imaging.- IV.12 (IM.2) Electromagnetic Low Frequency Imaging.- IV.13 (MI.5) Electromagnetic Imaging of Dielectric Targets.- IV.14 (MI.3) A Four-Channel Millimeter-Wave On-Line Imaging Method.- Topic V — Holographic and Tomographic Imaging and Related Phase Problems.- V.1 (OI.1) The Holographic Principle.- V.2 (PT.1) Review of Tomographic Imaging Methods Applied to Medical Imaging.- V.3 (MM.1) Inverse Methods in Microwave Metrology.- V.4 (MI.2) Holographic & Tomographic Imaging with Microwaves & Ultrasound.- V.5 (PT.4) Diffraction Tomography.- V.6 (PT.3) Algorithms and Error Analysis for Diffraction Tomography Using the Born and Rytov Approximations.- V.7 (PT.5) Extension of Scalar to Vector Propagation Tomography — A Computer Numerical Approach.- V.8 (OI.4) Image Processing: Analysis Beyond Matched Filtering.- V.9 (OI.3) Modifications of the Gerchberg Method Applied to Electromagnetic Imaging.- V.10 (MI.4) Phase Comparison Monopulse Side Scan Radar.- V.11 (MM.4) Diagnostic Measurements and Analysis of Wave Mechanisms in Radomes.- V.12 (OI.2) Synthesis & Detection of Electromagnetic Authenticity Features.- V.13 (SR.5) Improvement of Image Fidelity in Microwave Imaging Through Diversity Techniques.- V.14 (SP.6*) Far-Field to Near-Field Transforms in Spherical Coordinates.- Topic VI — Working Discussion Group Reports.- VI Final Reports of Working Discussion Groups: Background.- Final Technical Program.- Keyword Index.- Author Index.- List of Invitees.