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电视成像和制导用鱼眼镜头设计

摘要第5-7页
Abstract第7-8页
Abbreviations第19-20页
Chapter 1 Introduction第20-27页
    1.1 Introduction第20-24页
    1.2 Thesis Motivation第24-25页
    1.3 Objectives第25页
    1.4 Contributions第25-26页
    1.5 Thesis Outline第26-27页
Chapter 2 Fundamentals and background of camera system第27-47页
    2.1 Design general considerations第27-29页
    2.2 The camera sensor第29-34页
        2.2.1 Image formation techniques第30-31页
            2.2.1.1 Single point detector scanning第30-31页
            2.2.1.2 Linear array scanning第31页
            2.2.1.3 Two-dimensional array imaging第31页
        2.2.2 Arrays of optical detectors第31-33页
            2.2.2.1 CCD optical detectors第32-33页
            2.2.2.2 CMOS optical detectors第33页
        2.2.3 Optical detector characteristics第33-34页
    2.3 The camera objective lens第34-36页
    2.4 Optical system aberrations第36-44页
        2.4.1 Spherical aberration第37-38页
        2.4.2 Coma aberration第38-40页
        2.4.3 Astigmatism aberration第40-41页
        2.4.4 Field Curvature第41-43页
        2.4.5 Distortion第43-44页
        2.4.6 Aberration discussion第44页
    2.5 History of fisheye camera第44-47页
Chapter 3 Fisheye objective lens designs第47-82页
    3.1 Introduction第47页
    3.2 Fisheye objective lens design idea第47-48页
    3.3 Fast fisheye lens limiting factors第48-55页
        3.3.1 Fisheye lens mapping concept第48-50页
            3.3.1.1 Rectilinear projection function第48-50页
            3.3.1.2 Fisheye distortion model第50页
        3.3.2 The relative illumination第50-52页
        3.3.3 Fisheye lens distortion第52-54页
            3.3.3.1 Radial distortion第52-54页
            3.3.3.2 Tangential distortion第54页
        3.3.4 Lateral color and Secondary spectrum第54-55页
    3.4 Fisheye lens system design第55-68页
        3.4.1 First order fisheye lens design and software optimization第55-57页
        3.4.2 Ultra-wide fast fisheye lens design results and evaluation第57-68页
            3.4.2.1 (twelve) Lenses in (ten) Groups ultra-wide fisheye lens design第58-63页
            3.4.2.2 (Ten) Lenses in (seven) Groups ultra-wide fisheye lens design第63-68页
    3.5 Simplified and compact fisheye lens system design第68-81页
        3.5.1 Compact fisheye lens specifications第68-69页
        3.5.2 Compact design key points第69-70页
        3.5.3 First order design第70-75页
        3.5.4 Performance analysis and results of a compact fisheye design第75-81页
            3.5.4.1 Fisheye objective lens and its image feature analysis第75-80页
            3.5.4.2 Tolerance analysis第80-81页
            3.5.4.3 Compact fisheye lens discussion第81页
    3.6 Summary第81-82页
Chapter 4 Foveated fisheye objective lens第82-109页
    4.1 Introduction第82页
    4.2 Fisheye lens traditional projection functions第82-84页
    4.3 Foveated fisheye lens definition and analogy第84-86页
    4.4 Foveated fisheye projection function and modeling description第86-89页
    4.5 Foveated fisheye objective lens system design第89-98页
        4.5.1 FFE lens design specifications第89-90页
        4.5.2 FFE lens projection function control and optimization process第90页
        4.5.3 FFE lens design results第90-98页
    4.6 Fovea-Stereographic fisheye (FSFE) projection function and modeling第98-99页
    4.7 FSFE objective lens system design第99-108页
        4.7.1 FSFE lens design specifications and optimization process第99-101页
        4.7.2 FSFE lens design results第101-108页
    4.8 Summary第108-109页
Chapter 5 Geometric distortion compensation in foveated fisheye cameras第109-137页
    5.1     Introduction第109页
    5.2     Camera coordinate system第109-114页
        5.2.1 Projective space第110-111页
        5.2.2 Homogenous coordinate第111-112页
        5.2.3 Perspective projection第112-113页
        5.2.4 Back projection第113-114页
    5.3 Calibration of the pinhole camera model第114-117页
        5.3.1 The camera internal calibration parameters第114-116页
        5.3.2 The camera ex1:ernal calibration parameters第116-117页
    5.4 Fisheye camera models第117-125页
        5.4.1     Polynomial models of radial distortion第117-118页
        5.4.2 Non-polynomial models of fisheye radial distortion第118-124页
        5.4.3 Fisheye manufacturing radial distortion model第124-125页
    5.5 Fisheye camera calibration第125-130页
        5.5.1     Calibration pattern第126页
        5.5.2     Calibration of foveated fisheye effective focal length第126-128页
        5.5.3 Camera center of distortion calibration第128-129页
        5.5.4 Fisheye distortion coefficients calibration第129-130页
    5.6 Foveated fisheye image correction第130-135页
        5.6.1     FFE image radial distortion correction model第132页
        5.6.2     Simulation results for FFE image correction第132-133页
        5.6.3 FSFE image radial distortion correction第133-135页
        5.6.4 Simulation results for FSFE image correction第135页
    5.7 Summary第135-137页
Chapter 6 Conclusions and Future work第137-140页
    6.1 Conclusions第137-139页
    6.2 Recommendations for future work第139-140页
Acknowledgements第140-141页
References第141-149页
Appendix A (Publications)第149-150页
Appendix B (Analysis of tolerances)第150-156页
Appendix C.1 (FFE lens Zemax user-defined macro program)第156-158页
Appendix C.2 (FSFE lens Zemax user-defined macro program)第158-160页
Appendix D (Lagrange minimization method)第160-161页
Appendix E.1 (Geometric distortion correction program for FFE)第161-164页
Appendix E.2 (Geometric distortion correction program for FSFE)第164-166页

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