Major Published Papers
1.Electric Machines and Power electronics
1.1 Induction Machines	1. 1975(2) Digital simulation of polyphase induction motors 2. 1977(4) Numerical methods for polyphase induction motors 3. 1978(5) Method of magnetic circuits for nonlinear magnetostatic fields in polyphase induction motors at no-load 4. 1994(67) A coreless film shape induction motor for the application to small devices 5. 1995(78) Development of flat induction motor 6. 1972 Annual Meeting of Institute of IEEJ, No, 507. Study of Capacitor Motor having A Phase Controll Device at Auxialy Circuit 7. 1973 Annual Meeting of Institute of IEEJ, Mo.612. Study of Circle Diagram of PolyphaseInduction Motors 8. 1974 Annual Meeting of Institute of IEEJ, No.568. Study of Circle Diagram for Pure-Single Phase Induction Motors Part 1 9. 1974 Annual Meeting of Institute of IEEJ, No. 570. 1974JIEEAC-568 Study of Circle Diagram for Pure-Single Phase Induction Motors Part2 10. 1974 Annual Meeting of Institute of IEEJ, No.698. 1974JIEEAC-568 Study of Circle Diagram for Pure-Single Phase Induction Motors Part3 11. 1993 Institue of Electrical Engineers in Japan, MAG-93-169. Trial of Film Motors 12. 1994 Institue of Electrical Engineers in Japan, MAG-94-134. Analysis of Flat Induction Motors
1.2 Space Harmonics in Induction Machines	1. 1974(1) Elektrotechnische Zeitschrift (ETZ), The theory of the harmonics of the m,n-symmetrical machines 2. 1976(3) Numerical method for space harmonic waves in polyphase induction motors 3. 1972 Institue of Electrical Engineers in Japan, AC504Space Harmonics in Single Phase Cage Induction Motors 4. 1973 Institue of Electrical Engineers in Japan, AC602Abnormal Torque of Capacitor Motors 5. 1973 Institue of Electrical Engineers in Japan, RM-73-2S Space Harmonics of Poly-Phase Cage Induction Motors 6. 1973 Institue of Electrical Engineers in Japan, RM-73-3Synchronous Crawling and Nose of Sigle Phase Induction Motors 7. 1973 Institue of Electrical Engineers in Japan, RM-73-17 Magnetc Noise of Ploy-Phase Induction Motors-Part 1. 8. 1973 Institue of Electrical Engineers in Japan, RM-73-18 Magnetc Noise of Ploy-Phase Induction Motors-Part 2.
1.3 DC Machines	1. 1982(10). A study on temperature rise of DC-machine armature 2. 1984(15). Calculation on the temperature distribution of DC-machine armature by finite element method 3. 1977 Institue of Electrical Engineers in Japan, AC-835. Temperature Rise of Separately Excited DC Motors 4. 1977 Institue of Electrical Engineers in Japan, AC-842. Thermal Transfer Between Armature Coils and Iron Core 5. 1977 Institue of Electrical Engineers in Japan, AC-845. Study on Inductance of DC Machine’s Armature Coils 6. 1984 Gakushin136. Rapid Quench of Magnetic Films and Tempereture Distribution
1.4 Coreless Transformer and Its Application to Power Electronics	1. 1991(44) A new type high frequency transformer 2. 1993(55) Realization of a coreless transformer and its application to a DC/DC converter 3. 1994(58) A new inductor having a noise filtering capability 4. 1994(61) The film transformer 5. 1994(76) Development of film transformer 6. 1995(79) A resonant phenomenon between adjacent series connected coils and its application to a noise filter 7. 1995(82) Electromagnetic field analysis of film transformer 8. 1995(83) Thin film transformer and its analysis by integral equation method 9. 1995(86) Improvement of the film transformer Characteristics 10. 1995(89) Fundamental Study on Film Transformers 11. 1996(94) A thin film common mode noise filter and its evaluation by wavelet analysis 12. 1991 Institue of Electrical Engineers in Japan, MAG-91-86. Proposal of New High Frquency Transformer 13. 1991 Institue of Electrical Engineers in Japan, PE91-63. Application of High Frequency Coreless Transformer To Small Power Supplier 14. 1991 Institue of Electrical Engineers in Japan, PE91-54CPM91-113. DC/DC Converter Employing High Frequency Light-Weight Transformer 15. 1992 Institue of Electrical Engineers in Japan, MAG-92-132,Coreless Transformer Load Characteristic DC/DC-Converter 16. 1992 Institue of Electrical Engineers in Japan, MAG--92-274. Transient Analysis of DC/DC Converter Employing Coreless Transformer 17. 1993 Institue of Electrical Engineers in Japan, MAG-93-132. Study on Coreless Transformer 18. 1993 Institue of Electrical Engineers in Japan, MAG-93-168. Prototyple of Film Transformer 19. 1994 Institue of Electrical Engineers in Japan, MAG-94-9. DC/DC Converter Employing Coreless Transformer 20. 1994 Institue of Electrical Engineers in Japan, MAG-94-10. Verification of Resonant Circuit using Distributed Capacitance among the Conductors 21. 1994 Institue of Electrical Engineers in Japan, MAG-94-11. Electromagnetic Analysis of the Thin Film Transformer 22. 1994 Institue of Electrical Engineers in Japan, MAG-94-135. Film Tansformers and Inductors 23. 1995 Institue of Electrical Engineers in Japan, MAG-95-32. Application of Resonant type Inductors to the Filters 24. 1996 Institue of Electrical Engineers in Japan, MAG-96-191. Basic Study on Panel type Power Transformers 25. 1997 Institue of Electrical Engineers in Japan, MAG-97-116. Fundamental Characteristics of Flat Shell type Transformer 26. 1997 Institue of Electrical Engineers in Japan, AC-538. Application of Flat Transformer to DC/DC Converters 27. 1998 Institue of Electrical Engineers in Japan, MAG98-10. Distributed Coils type Flat Transformer
2. Modeling of Ferromagnetic Materials and Its Applications (63 papers)
2.1 Nonlinear Magnetization Model of Ferromagnetic Materials and Its Applications	1. 1978(6) Three – dimensional analysis of nonlinear magnetostatic fields in a saturable reactor 2. 1980(7) Three dimensional analysis of nonlinear magnetodynamic fields in a saturable　reactor 3. 1980(8) Theory of magnetic circuits for nonlinear magnetic fields in electromagnetic devices 4. 1982(9) Three – dimensional analysis of magneto-dynamic fields in electromagnetic devices taking into account the dynamic hysteresis loops 5. 1983(11) A lumped circuit model for a nonlinear inductor exhibiting hysteresis loops ant its application to the electric circuits 6. 1983(12) Modelling of nonlinear inductor exhibiting hysteresis loops and its application to the single phase parallel inverters 7. 1983(13) Modeling of hysteresis and anisotoropic magnetic field problems 8. 1983(14) A representation of magnetic hysteresis 9. 1984(16) Hysteretic fields in a toroidal reactor 10. 1985(17)Digital simulation of parallel inverters 11. 1986(19) A representation of magnetic hysteresis by Fourier series 12. 1986(21) A representation of magnetic aftereffect 13. 1987(22) Application of a Chua type model to the loss and skin effect calculations 14. 1988(31) A parameter representing eddy current loss of soft magnetic materials and its constitutive equation 15. 1989(34) Experimental verification of a Chua type magnetization model 16. 1990(39) A representation of magnetization characteristics and its application to the ferroresonance circuits 17. 1991(42) Frequency characteristics of the complex permeability and its application to the FEM solutions of hysteretic fields 18. 1991(43) A magnetization model for computational magnetodynamics 19. 1992(47) A representation of magnetization characteristics for computational magnetodynamics 20. 1992(50)A representation of magnetization characteristics for computational magnetodynamics 21. 1994(72)New complex permeability measurement device for thin magnetic films 22. 2001 JSAEM_Applied_Electromagnetics_3_Classical_and_IT_based_Modeling_of_the_Magnetization_Dynamics.pdf 23. 2003(157) Analysis of a Ferroresonant Circuit With Chaotic Behavior by Means of a Chua-Type Magnetization Model 24. 2004(165) Dynamics on Ferroresonance Circuit Exhibiting Chaotic Phenomenon 25. 2004(170) Ferroresonance circuit exhibiting Chaotic phenomenon: Rule extraction from nonlinear systems 26. 1982 Institue of Electrical Engineers in Japan, SA-82-3. 3D Analysis of In Core Type Transformer taking into account the Dynamic Hysteresis loops 27. 1982 Institue of Electrical Engineers in Japan, MAG-83-108. NonLinear Inductor and Its Application to Sngle Phase Parallel Inverter 28. 1982 Institue of Electrical Engineers in Japan, CAS82-62. Application of Dynamic Hysteresis Model to Lumped Circuis 29. 1984 Gakushin136. Representation of Thin Magnetic Film Materisls andRelationship between Magnetic Loss and Magnetic Relaxation Phenomena 30. 1984 Gakushin136. Representation of Magnetic Characteristisc of Thin Magnetic Films 31. 1984 Institue of Electrical Engineers in Japan, MAG-84-5. A Study of Magnetic Hysteresis 32. 1985 Institue of Electrical Engineers in Japan, MAG-85-64. Fourier Series Expression of Magnetization Characteristics 33. 1986 Institue of Electrical Engineers in Japan, MAG-86-109. Modeling of Magnetiization Chracteristics Part-1 Chua and Preisach Type Models 34. 1986 Institue of Electrical Engineers in Japan, MAG-86-110. Modeling of Magnetization Chracteristics Part-2 New Chua and Its Fundamental Chracteristics 35. 1986 Institue of Electrical Engineers in Japan, MAG-86-111. Modeling of Magnetization Chracteristics Part-3 New Chua and Its Applications 36. 1987 Institue of Electrical Engineers in Japan, MAG-87-63. Magnetic Loss Calculation by Means of Elliptic Hysteresis Model 37. 1988 Institue of Electrical Engineers in Japan, AC-S.17-1. Chracteristics of Magnetic Core and Their Representation Methlodogy 38. 1988 Institue of Electrical Engineers in Japan, AC-1635. Modelling of Magnetiization Chracteristics 39. 1988 Institue of Electrical Engineers in Japan, MAG-88-88. Representation of Magnetization Chractereistics and Domain Theory 40. 1988 Institue of Electrical Engineers in Japan, MAG-88-89. Representation of Magnetization Chracteristics and Its Application to Lumped Circuits 41. 1989 Institue of Electrical Engineers in Japan, MAG-89-65. Magnetization Chracteristics and Its Application to Circuit Analysis 42. 1988 Institue of Electrical Engineers in Japan, MAG-88-174. Validity Examination of New Chua-Type Magnetization Model 43. 1990 Japan Simulation Symposium, JSS-1-19. FEM Solution of System Exhibiting Magnetization Hysteretic Properties 44. 1990 Institue of Electrical Engineers in Japan, MAG-90-89. Parameter Determination Methodology of Chua-Type Magnetization Model 45. 1990 Institue of Electrical Engineers in Japan, MAG-90-90. Linearized Chua-Type Magnetization Model and Complex Permeability 46. 1990 Institue of Electrical Engineers in Japan, SA-90-33/RM-90-45. Constitutive Equation for Magnetic Field Computation of Ferromagnetic Materials 47. 1990 Institue of Electrical Engineers in Japan, SA-90-34/RM-90-46. High Frequency Magnetization Characteristics and Its Constitutive Equation 48. 1991 Institue of Electrical Engineers in Japan, MAG-91-85. FEM Having Open Boundary Employing Complex Permeability 49. 1991 Institue of Electrical Engineers in Japan, MAG-91-182. Study on Magnetization Characteristics of Thin Magnetic Film 50. 1991 Institue of Electrical Engineers in Japan, MAG-91-183. Proposal of New Measurement Methodology on Thin Magnetic Film 51. 1994 Institue of Electrical Engineers in Japan, MAG-94-114. Magnetization Chracteristicsand Its Applications (Summarizing Part) 52. 1997 Institue of Electrical Engineers in Japan, RM-97-50. Transient Analysis of Flyback-Type Converter -Analysis taking into accont of Magnetization Chracteristics 53. 2001 Institue of Electrical Engineers in Japan, MAG-01-62. Representation of Magnetization Chracateristics and Its Evaluation Methodology Proporsal 54. 2001 Institue of Electrical Engineers in Japan, MAG-01-71. Summmary on Electro-Magnetic Devices Analysis Methodology -Magnetization Model- 55. 2002 Institue of Electrical Engineers in Japan, MAG-02-139. Circuit Analysis of Circuits Containg Saturable Inductor 56. 2003 Institue of Electrical Engineers in Japan, MAG-03-58. Modeling of Magnetic Hysteresis 57. 2005 Visualization Symposion of Japan, B208. Visualization of Nonlinear Phenomena on Electric Circuits 58. 2006 Institue of Electrical Engineers in Japan, MAG-06-9-2005. Analysis on Caotic Behaivior of Ferroresonance Phenomenon 59. 2007_16th MAGDA Conference in Kyoto Nov. 2007,P22 Analysis of Ferroresonace Circuits Using Chua-Type Magnetization Characteristics 60. 1989(MSJ1989). Representation of Magnetization Characteristics and Its Applications(Review Paper) 61. 2008. Institute of Electrical Engineers of Japan, Transaction-A, Vol, 128 No. 8 (2008),Parallel Ferroresonance Circuit Analysis by Chua-Type Magnetization Model 62. 2008. Visualization Symposion of Japan, Vol. 28 Suppl.No.1 July 2008, P01-001 Nonlinear Electric Circuit Analysis by Visualization of Chracteristic ValuesKohgakuin University) 63.2008. 17th MAGDA Conference in Hitach Nov. 2008, P43 Visualization of Magnetization Characteristics accompanying with a Series Ferroresonance Phenomenah)
3. Discretization Method of Partial Differential Equations (39 papers)
3.1 Voronoi-Delaunay Discretization Method for PDE	1. 1985(18) Field computations by the complementary networks 2. 1986(20) Faster magnetic field computation using locally orthogonal discretization 3. 1988(29) An efficient computations of saturable magnetic field using locally orthogonal discretization 4. 1988(24) Modelling of magnetization characteristics and faster magnetodynamic field computation 5. 1988(25) A meaningful post-processing method based on a locally orthogonal discretization 6. 1988(28) Faster eddy current computation using Voronoi-Delaunay transformation 7. 1989(32) Dual mesh approach for semiconductor device simulator 8. 1990(35) Application of the Voronoi-Delaunay transformation method to Eigen value problems 9. 1990(40)Faster electromagnetic field computation using the Vorono- Delaunay transformation 10. 1990(41)Dual discretization method for semiconductor device simulator 11. 1985 Institute of Electrical Engineers of Japan (IEEJ),MAG-85-62, Voronoi-Delaunay Discretization Method: Theory 12. 1985 Institute of Electrical Engineers of Japan (IEEJ). MAG-85-63, Voronoi-Delaunay Discretization Method: Application 13. 1985 Institute of Electrical Engineers of Japan (IEEJ). MAG-85-151, Voronoi-Delaunay Discretization Method: Dynamics 14. 1985 Institute of Electrical Engineers of Japan (IEEJ). MAG-85-152, Voronoi-Delaunay Discretization Method: Eddy 15. 1985 Institute of Electrical Engineers of Japan (IEEJ), MAG-85-176, Voronoi-Delaunay Discretization Method: Dual Mesh 16. 1986 Institute of Electrical Engineers of Japan (IEEJ), RM-86-52/SA-86-45,Voronoi-Delaunay Discretization Method: 2D Open 17. 1986 JInstitute of Electrical Engineers of Japan (IEEJ), RM-86-51/SA-86-44, Voronoi-Delaunay Discretization Method: 3D 18. 1986 Institute of Electrical Engineers of Japan (IEEJ), MAG-86-112. Discretization of Voronoi-Delaunay Diagram -Part.3, Property of Voronoi-Delaunay Diagram and Its Applicatio- 19. 1987 Institute of Electrical Engineers of Japan (IEEJ), MAG-87-71. Discretization of Voronoi-Delaunay Diagram -Part 4 -Electromagnetic Field Computation- 20. 1987 Institute of Electrical Engineers of Japan (IEEJ), MAG-87-127. Electromagnetic Field Computation -Application to Characterstic Value Problems- 21. 1988 Institute of Electrical Engineers of Japan (IEEJ), MAG-88-148. Electromagnetic Field Computation -Mutual Transform between Voronoi and Delaunay Diagrams 22. 1988 Institute of Electrical Engineers of Japan (IEEJ), MAG-88-171. Electromagnetic Field Computation -Application to Open Boundary Problems- 23. 1989 Institute of Electrical Engineers of Japan (IEEJ), MAG-89-88. Faster Electromagnetic Field Computation using Voronoi-DelaunayTransform Method 24. 1989 Japan Simulation Symposium (JSS), JSS-2-22. Application of Voronoi-Delaunay Transformfor Faster Electromagnetic Field Computation 25. 1990 Technical Report of Inmstitute of Elecronicis, Information and Commucation Engineers (IEICE), NLP90-6. Methodology of Faster Elecromagnetic Fields Computation
3.2 Strategic Dual Image Method for PDE with Open Boundary	1. 1987(23) Finite element of open boundary magnetic field problems 2. 1988(26) The strategic dual image method 3. 1988(27)Finite element solution of open boundary eddy current problems 4. 1988(30) Finite element solution of unbounded magnetic field problem containing ferromagnetic materials 5. 1990(36) Faster open boundary magnetic field computation using the strategic dual Image and Voronoi-Delaunay transformation methods 6. 1993(56)The strategic dual image method for the open boundary electromagnetic field problems 7. 1998(104)SDI solution of PCB containing magnetic material 8. 2002(134) A Study of Planar Inductor 9. 1987 Institute of Electrical Engineers of Japan (IEEJ), MAG-87-70. Open Boyundary FEM Computation 10. 1987 Institute of Electrical Engineers of Japan (IEEJ), MAG-87-125. Open Boundary Solution by Dual Image Method -Theoretical Base- 11. 1988. Institute of Electrical Engineers of Japan (IEEJ), MAG-88-100 Open Boundary Solution By Means of Dual Image Method -Syystem Containg Ferromagetic Materials- 12. 1988 Institute of Electrical Engineers of Japan (IEEJ), MAG-88-147. Open, Boundary Solution By Means of Dual Image Method -Nonlinear Problem and Its Application- 13. 1989 Institute of Electrical Engineers of Japan (IEEJ), MAG-89-89. Open Boundary Electromagetic Field Computation by Means of Dual Image Method 14. 1997 Annual Meeting of Institute of IEEJ, 516. Thin Magnetic Matetials and Dual Image Analysis
4. Wavelets and Their Applications (136 papers)
4.1 Mechanical System Wavelets Transform and Visualization	1. 1998 ASME-FEDSM98-4823-Velocity-Correlation-Analysis-in-the-Near-Field-of-a-Turbulent-Jet-with-Help-of-Discrete-Wavelet-Transform.pdf 2. 1998 ASME-FEDSM98-4824-Conceptual-Estimate-of-Potential-Distributions-in-Spiral-Flow-By-Least-Norm-Method.pdf 3. 1998 ASME-FEDSM98-4828-Wavelets-Strategy-for-Vortex-Flow-with-Velocity-on-Fluid-Dynamics.pdf 4. 1998 ASME-FEDSM98-4829-Applications-of-the-Wavelet-Transform-to-the-Meteorogical-Vector-Data.pdf 5. 1998I CBMH98-Discrete-Inverse-Wavelets-Transform-Analysis-for-Spiral-Flow-Pneumatic-Conveying.pdf 6. 1998I CMF98-Discrete-Inverse-Wavelets-Transform-Analysis-for-Gas-Solid-Two-Phase-Flow.pdf 7. 1998 VSJ-SPIE98-Wffect-of-Different-Orthgonal-Wavelet-Basis-on-Multiresolution-Image-Analysis-of-a-Turbulent-Flow.pdf 8. 1999 ASME-JSME-FEDMSM99-7062-Discrete-Wavelets-Transform-Analysis-in-Axial-Velocity-Distribution-of-Spiral-Flow.pdf 9. 1999 Pneumatic-and-Hydraulic-Conveying-Systems-2-Discrete-Wavelet-Frequency-Analysis-for-Spiral-Flow-Pneumatic-Conveying.pdf 10. 1999(113) Visualization of Wall Shear Stress Using Discrete Wavelets Transform 11. 1999(114) Structure Analysis of a Turbulent Jet By Means of Multi-resolution Fluctuating Velocity Decomposition 12. 1999(115) Flow Image Compression using Wavelets 13. 1999(116) Application of Two-Dimensional Orthogonal Wavelets to Multi-resolution Image Analysis of a Turbulent Jet 14. 2000(117) Eduction of Unsteady Structure in a Turbulent Jet by Use of Continuous and Discrete Wavelet Transform, 15. 2000(118) Particle Surface Inspection with Fourier-Wavelets Transform 16. 2000(119) Discrete Wavelets Analysis for Spiral Flow Turbulence Velocity 17. 2000(120) High Shear Stress Detection with Micro Imaging Chip and Discrete Wavelets Transform 18. 2000(121) Visualization of Shear Stress with Micro Imaging Chip and Discrete Wavelets Transform 19. 2000JIEE Vol.120-E,No.6 Micro-Shearing Stress Measurement and Shearing Stress Analysis by Discrete Wavelets 20. 2001(123) Multi-Resolutional Analysis and Visualization of Car Driver’s Mental Stress by Discreate Waveles 21. 2001(127) MEMS Shearing Stress Image Sensor Chip and Shearing Stress Visualization of Random Flows at Boundary By Discrete Wavelets 22. 2001-2^nd World congress on Industrial Tomography Visualization of Time- Space Dominant Particle from CT Images Using 3D Wavelets Transform 23. 2002(136) Application of wavelet packet image compression technique to particle image velocimetry 24. 2002(137) Feature extraction of particle density in a pipeline with tomography and wavelets 25. 2002(147) Discreat Wavelet Auto-Corelative Functional Analysis of Spiral Flow 26. 2002(149) Feature Extraction of Two-Phase Solid Air Flow With Capacitance CT and Discrete Wavelets 27. 2002(152) Visualization of Shear Stress With Micro Imaging Chip and Discrete Wavelet Transform 28. 2002(153) Evaluation of Free-Fall Particle CT Images Using State Transition Matrix 29. 2003(159) Separation of Condesation Jet Image using Wavelts Multiresolution 　 30. 2003(160) Feature Extraction of Dense Solid Air Two-phase Flow in A Horizontal Pipe Line Using Capacitance Tomography and 3D Wavelets 31. 2003(163) 3D Wavelet Analysis of Computed Tomography Images in Pneumatic Conveying 32. 2003(164) Wavelet Multi-Resolution Cross-Correlation Analysis of Swirling Gas-Solid Flow in a Horizontal Pipe 33. 2006(165) StudyonRelationshipBetweenParticlesandStructureofCondensationJetUsing2DImageandDiscreteWaveletsMultiresolution 34. 2006(166) Extraction of Particle Concentration from Plug Flow CT Images Using 3D Wavelet Multiresolution 35. 2006(166) Visualization of Swarling Flow Transportation Equipment by 3D-PIV and Modal Wavelts Image Processing 36. 2006(167) Modal-Wavelet Transform As A Smart Visualizing Tool 37. 2006(168) Chose of the Best Bace Function for Analysis of PIV Measurement Results with Modal Wavelets Transform 38. 2006(169) Application of Modal Wavelets s to PIV Measurements by Selectig Basis Function 39. 1997 The Visualization Symposion of Japan,Vol.17 Suppl.No.1, 114 Discrete Inverse WaveletTransform Analysis for Gas-Solid Two-Phase Flow -Noise Reduction of Velocity Vector 40. 1997 The Visualization Symposion of Japan, Vol.17 Suppl.No.1. 116 The Continuous and Discrete Wavelets Evaluation of a Tubulent Flow 41. 1997 Powder Engineering Society Fall Meeting. Inverse Discrete Wavelets Transform Analysis of Solid-Air Two PhaseFlow 42. 1999 The Japan Society of Mechanical Engineers (JASME), Discrete Wavelets Analysis on Wall Stress Shear of Turbulent Boundary Layer 43. 1999 FAN2-215. Visualization of Shaer Stress with MEMS and Discrete Wavelets 44. 1999 The Visualization Symposion of Japan, 101. Wavelet Challenge Fluid Engineering.PDF 45. 1999 The Visualization Symposion of Japan, 102. PIV Standard Image Compression.PDF 46. 1999 VIJ103. Analysis Turblent Structure.PDF 47. 1999 The Visualization Symposion of Japan, 105. Discrete Wavelets Analysis of Wall Shaer Stress with Micro-Shaer Stress Sensor 48. 1999 The Visualization Symposion of Japan, 211. Particle-Powder Surface Inspection with Fourier-Wavelets Transform 49. 1999 The Visualization Symposion of Japan, 212. Application of Wavelets to Concrete Crack and Discrination of Road Condition 50. 1999 The Visualization Symposion of Japan, 221. Driivers’s Mental Stress Analysis Using Discreat Wavelet Transform 51. 2000 The Visualization Symposion of Japan, 161. Visualization of Turblent Structure Using Vector Wavelet Transform.pdf 52. 2000 The Visualization Symposion of Japan, 162. PIV Based on Wavelet Packet Image Compression Technique.pdf 53. 2000 The Visualization Symposion of Japan, 163. Analysis of Pressure Signalina Gas-Solid Two-Phase Flow Based on Discrete Wavelet Transform.pdf 54. 2000 The Visualization Symposion of Japan, 165. Spiral Flow Analysis with Discrete Wavelets Auto-Correlation.pdf 55. 2000 The Visualization Symposion of Japan, 166. Analysis of Shear Stress In Turbulence Boundary Layer With MEMS Shear Stress Chip And Discrete Wavelets.pdf 56. 2000 The 49^th Nat.Cong. of Theoretical & Applied Mechanics (NCTAM) 2000 ,No.4502 Analysis of Shear Stress on the Wall using Micro Shear Stress Imager and Discreat Wavelets transform 57. 2000 Powder Engineering. Real- time Observation of Particle in Tube By Means of Capacitance Tomography 58. 2001 The Japan Society of Mechanical Engineers (JASME), Wall Shear Stress Analysis By Means of Micro-Shear Stress Image Sensor and Discrete Wavelets 59. 2001 The Japan Society of Mechanical Engineers (JASME), 3D Wavelets Analysis of Gas-Solid Two-Phase CT Image 60. 2002 The Visualization Symposion of Japan, 221. Atudy on Temperature Distribution of Condensation Jets Using Wavelets Multiresolution.pdf 61. 2002 The Visualization Symposion of Japan, 224. Wavelet Analysis of Turbulent Structures in Far Wake.pdf 62. 2002 The Visualization Symposion of Japan, 229. Visualization of Pressure Distributions By Using Transformer Type Pressure Sensors.pdf 63. 2002 The 10th International Symposium on Flaw Visualization Aug. 2002,Kyoto (THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, ), F0002. ParticleCT3DWavelet 64. 2002 The 10th International Symposium on Flaw Visualization Aug. 2002,Kyoto (THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, ), F0140. VisualizationTurbulenceFlow.pdf 65. 2002 The Japan Society of Multi-Phase FloW (JSMF). A305 Extraction of Tempereature Dominant Domain on Condesation Mulit-Phase Jet by Wavelets Multiresolution
4.2 Electromagnetics Wavelets Transform and Visualization	1. 1997(97) Wavelet solution of the inverse source problems 2. 1997(98) Wavelet solution of the inverse parameter problems 3. 1997(99) A wavelet transform approach to inverse problem of Vandermonde type systems 4. 1998(102) Current DistributionAnalysis in Electronic Ciucuits by Discrete Wavelets Transform 5. 1998(107)Wavelets Strategy for Ill Posed Linear Systems 6. 1998(108) Application of Wavelets Analysis to Magnetic Field Source Searching 7. 2000 JSAEM 1^st Japan-Australian Joint Seminar. Current Visualization by a Generalized Vector Sampled Pattern Matching Method.pdf 8. 2000 JSAEM 1^st Japan-Australian Joint Seminar. Data Based Least Square for the Current Evaluation.pdf 9. 2000 JSAEM 1^st Japan-Australian Joint Seminar. Eddy Current Testing by the Modified-Rogoski Coil.pdf 10. 2002(133) Image reconstruction for electromagnetic field visualization by an inverse problem solution 11.1995 Institute of Electrical Engineers of Japan (IEEJ), MAG-95-30. Wavelets and Corelative Analysis for Line Noise Source Searching 12. 1996 Annual Meeting of Institute of IEEJ, No.518. A Thin File Filter and Its Evaluation by Discret Wavelets 13. 1996 Annual Meeting of Institute of IEEJ, No.494. Application of The Discret Wavelets to The Magnetocardiogram 14. 1996 Institute of Electrical Engineers of Japan (IEEJ), MAG-96-152. Evaluation of Impedance versus Frequency Chracteristics by Discret Wavelets 15. 1997 The Japan Society for Computational Engineering and Science (JSCES), Wavelets Solution of Ill-Posed-Linear System 16. 1997 The Japan Society for Computational Engineering and Science (JSCES), Wavelets Solution: Improvement of Image Matrix Method 17. 1997 Institute of Electrical Engineers of Japan (IEEJ), RM-97-146. Analysis on Electromagetic Devices By Means of Discret Wavelets 18. 1998 Institute of Electrical Engineers of Japan (IEEJ), MAG-98-112. Visualization of El ectronic DeviceVicinity -Principle and Fundamental Experiment- 19. 1998 Institute of Electrical Engineers of Japan (IEEJ), MAG-98-113. Development of Current Viewer -Fundamental Principle and Experiment- 20. 1998 Institute of Electrical Engineers of Japan (IEEJ), MAG-98-111. 3D Posion Sensor of Magnetic and Metalic Materials-Fundamental Principle and Experiment- 21. 1998 Japan Simulation Symposium (JSS), Wavelets Analysis on Linear Systems and Zero-Addition Methodology 22. 1999 The Visualization Symposion of Japan, 204. Expansion and Shlink of Color Image 23. 1999 The Visualization Symposion of Japan, 206. Dynamic Color Image Handling 24. 1999 The Visualization Symposion of Japan, 214. Feature Extraction of Radiated Magnetic Fields Distribution 25. 1999 The Visualization Symposion of Japan, 215. Signal Processing on Differential Magnetic Sensor Signals 26. 1999 The Visualization Symposion of Japan, 216. Visualization of 3D Electromagnetic Fields Distribution 27. 1999 The Visualization Symposion of Japan, 217. Multiresolutional Analysis on Current Viewer Signals 28. 1999 The Visualization Symposion of Japan, 213. Data Base Type Inverse Problem 29. 2000 The Visualization Symposion of Japan,306. Evaluation of Current Distribution by Combining Wavelets and Least Squares 30. 2000 The Visualization Symposion of Japan, 307. Noise Processing by Waveltes Convolving Operations 31. 2000 The Visualization Symposion of Japan,308. Cognition of Image Chracateristic Pattern by Wavelets Transform 32. 2000 The Visualization Symposion of Japan,309. Voice Cognition by Means of Wavelets Image Processing 33. 2000 The Visualization Symposion of Japan,310. Faster Generation of Dynamic Images by Wavlets Transform 34. 2000 The Visualization Symposion of Japan,311. Generation of Vector Dynamic Images by Wavelets Transform 35. 2000 The Visualization Symposion of Japan,331. An Approximately Analysis of Electric Circuits By Means of Wavelets Transform 36. 2000 The Visualization Symposion of Japan,332. Noise Processing of Differential Magnetic Senor Signals by Means of Wavelets with Lissage Diagram 37. 2000 The Visualization Symposion of Japan,333. Study on Wavelts and Finite Element Method 38. 2000 The Visualization Symposion of Japan,334. A Signal Processing Method by Means of Wavelts 39. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-271. Magnetic Field Analysis of Magnetic Tilt Senor by Means of Wavelets Transform 40. 2000 The Visualization Symposion of Japan,335. Evaluation of The Magnetic Field Distributions By Wavelets.pdf 41. 2000 The Visualization Symposion of Japan,336. Wavelet Analysis of Optimauzation Problems-Designing of a Flat Shape Magnetic Sensor-.pdf 42. 2002 The 10th International Symposium on Flaw Visualization Aug. 2002,Kyoto, F0276. Visualization Current Vectors Multi Layered PCB.pdf 43. 2002 The 10th International Symposium on Flaw Visualization Aug. 2002,Kyoto, F0293. Vector Current Viewer.pdf 44. 1999 NDI. Introduction and Application of Wavelets Transform (Review Paper)
4.3 Computational Literature Wavelets Transform and Visualization	1. 2001(128). Views an Vocationfrom Japanese Men -Multiresolutional Analysis of Wavelets- 2. 2002(132). How to Read a Novel -Analysis Using Wavelets Transform- 3. 2002(135). Application of the Fourier-wavelet transform to The Dynamic Images in Interview Scene 4. 2003(161). Cultural Identity Development Model Using Discrete Wavelets –A Study of Letter in the Autobiography- 5. 2006(162). Visualization of The Sympathy Interaction Between Articles and The Readers 6. 1999 The Visualization Symposion of Japan, 218. Facial Image Extaction by Means of Fourier-Wavelets Transform -Psycological Data Processing- 7. 1999 The Visualization Symposion of Japan, 219. Extraction of Surface Information from Sketch Images 8. 1999 The Visualization Symposion of Japan, 220. Visualization of Sentence Structure 9. 2000 The Visualization Symposion of Japan,338. Mixing Ratio Extraction of Three Primary Colors on Picture Book.pdf 10. 2000 The Visualization Symposion of Japan,339PsycologicalReceptivityForCulturalGapsUsingDiscreteWavelets.pdf 11. 2000 The Visualization Symposion of Japan,340. Facia Information Extraction By Means of The Fourier-WaveletTransform -RGB-Convolution-.pdf 12. 2002 THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, F0143. Wavelet Analysis Kokinwakasyu.pdf 13. 2002 THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, F0153. Implicit Knowledge Picture Book.pdf 14. 2002 THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, F0175. Visualization Author Characteristics.pdf 15. 2002 The Visualization Symposion of Japan,204. Implicit Knowledge Visualization In Picture -StoryShow-ApproachToTheLittleMermaid-.pdf 16. 2002 The Visualization Symposion of Japan,205. Examination of The Objective Social Consensus Formation Mehodology In Publlic Institution Constructio.pdf 17. 2002 The Visualization Symposion of Japan,207. Visualization To Characters Appearance Pattern By Wavelet Analysis.pdf 18. 2003 The Visualization Symposion of Japan,B206. Study of Social Consensus-Part2.pdf 19. 2005 B-104. Complexity Religion of Faust - Multiresolutional Analysis of Wavelets- 20. 2005 The Visualization Symposion of Japan,. Implicit Knowledge Visualization in Literary Works (Review Paper) 21. 2006 The Visualization Symposion of Japan,. Development of Information Visualization (Review Paper) 22. 2007 The Visualization Symposion of Japan, Vol.27 Supplent No.1 B206. Family and Love in Romeo and Juliet -Multiresolutional Analysis of Wavelets- 23. 2007 The Visualization Symposion of Japan, Vol.27 Supplent No.1 C214. Speech Comparison between Japan and U.S. Leaders Multiresolutional Analysis of Wavelets- 24. 2007 The Visualization Symposion of Japan, Vol.27 Supplent No.1 C215. Life, Death, Joy and Sorrow in The Love Sucide at Sonezaki 25. 2008 Vis Vol.28 No.108. Analysis for Literaly Works Using Wavelets (Review Paper) 26. 2008 The Visualization Symposion of Japan, P01-003. Aspects of Record and Literature in Tosa Diary
5. Smart Visualized Information Processing (110papers)
5.1 Smart Visualized Information Processing	1. 2000 JSAEM-1st-Japan-Australian-Joint-Seminar. Electromagnetics-Computer-Vision.pdf 2. 2000 JSAEM-1st-Japan-Australian-Joint-Seminar. The-Eigen-Pattern-of-Graphics-and-Its-Application-to-the-Magnetic-Field-Identification.pdf 3. 2000 IEEJ Trans-A Vol-120 No-10. Image Characteristics Pattern and its Application to the Magnetic Fields 4. 2000 IEEJ Trans-A Vol-120 No-10. A Method of Image Processing and Its Application to The Magnetic Fields Analysis 5. 2000 IEEJ Trans-A Vol-120 No-12. Image Governing Equatiion and Its Application to Vector Fields 3. 2000 ASME-FED-Vol-253-Application-of-Waveletet-Packet-to-Partcle-Image-Velocimetory-Technique.pdf 4. 2001(126). Magnetization Curve Plotting from the Magnetic Domain Images 5. 2002(129). Classical and IT based Magnetization Dynamics Modeling 6. 2002(130). Smart Visualization and Computer Vision in Electromagnetism 7. 2002(131). Magnetic Domain Dynamics Visualization 8. 2002(143). Smart visualization of multi-scale turbulent Structures 9. 2002(145) JSAEM-2nd-Japanese-Greek-Joint-Workshop. Visualization-of-Magnetization-Dynamics.pdf 10. 2003(162 ). Quantitative Estimation of Damameged Layers Depth using Image Vectorization 11. 2003 7^th International Symposium on Fluid Control, Measurement and Visualization. Application of State Transition Matrix To Particle Flow CT Images 12.2003 JSAEM_2ndJANS._Modal_Wavelets_and_Their_Applications.pdf 13.2003 JSAEM_2ndJANS._Dynamic_Image_Cognition_along_with_Eigen_Patterns.pdf 14. 2004(168). Smart Image Processing of Flow Visualization 15. 2004(169). Data representation by field calculus and leading to the orthonormal linear transforms 16.2007(183). Extraction of Frequency Characteristis from Visualized Magnetic Domains by Bitter Method 17. 1999 The Visualization Symposion of Japan, 205. Color Image Compression by Means of Integro-Differential Equations 18. 1999 The Visualization Symposion of Japan, 207. Image Synthesis based on The Inverse Problem Approach 19. 1999 The Visualization Symposion of Japan, 208. Characteristics Pattern of Image and Image Cognition 20. 2000 The Visualization Symposion of Japan,305. Smart Visuarizing Tool Wavelets -Introduction to Wavelets and Its Application ‐ 21. 2000. Development of the System for Visual Inspection Material based on Vector Analysis Technique 22. 2000. Development of the System for Visual Inspection Material based on Vector Analysis Technique -Part 1 Automization- 23. 2000 Workshop on Machine Vision Application(MVA2000). Development of Visual Inspection System based on Vector Analysis Technique 24. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-257. Study on Magnetic Domain Dynamic Image Generation 25. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-262.Cognition of Magnetic Elements based on the Magnetic Fields Characteristics Pattern 26. 2001 Institute of Electrical Engineers of Japan (IEEJ), MAG-01-70.Study of Visualization Methodology of Electromagnetic Fields 27.2001_ International Symposium on Electrical Apparatus and Technologies(SIELA)._Electromagnetic_Field_Visualization.pdf 28.2001_ International Symposium on Electrical Apparatus and Technologies(SIELA)._Image_Cognition.pdf 29.2001_ International Symposium on Electrical Apparatus and Technologies(SIELA),_Image_Processing_Part-1.pdf 30.2001_ International Symposium on Electrical Apparatus and Technologies(SIELA)._Image_Processing_Part-2.pdf 31. 2002 The 10th International Symposium on Flaw Visualization Aug. 2002,Kyoto, F0018. Field Visualization 32. 2002 THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, F0297.Image Helmholtz.pdf 33. 2002 THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, F0301.Dynamic Image Cognition.pdf 34. 2002 THE 10TH INTERNATIONAL SYMPOSIUM ON FLAW VISUALIZATION AUG. 2002,KYOTO, F0306.Modal Wavelets Smart Image Processing.pdf 35. 2002 The Visualization Symposion of Japan,230.Dynamic Image Cognition By Smart VisualizedI nformation Processing.pdf 36. 2002 The Visualization Symposion of Japan,231.Magnetization Characteristics Evaluation By Means of Image Cognition.pdf 37. 2002 The Visualization Symposion of Japan,232.Nondestructive Testing of Electric Circuirs By Means of Dynamic Image Cognition.pdf 38. 2002 The Visualization Symposion of Japan,206.Proper Tenni Stroke Analysis Using Cognition Method of Charcaterics Pattern Image.pdf 39. 2002 The Visualization Symposion of Japan,209.Ferromagnetic Material Cognition by Smart Visualized Information Processing.pdf 40. 2002 Institute of Electrical Engineers of Japan (IEEJ), MAG-02-145. Transformer Type Pressure Sensor Array and Its Application 41. 2003 The Visualization Symposion of Japan,B205. Proper Tennis Serve Analysis Using Cognition Method of Characteristcs PatternImage.pdf 42. 2003 The Visualization Symposion of Japan,. Smart Dynamic Image Cognition using Image Color Information 43. 2004 The Visualization Symposion of Japan,. An Analysis of Light Soruce Characteristics using Image Color Information 44. 2003 The Visualization Symposion of Japan, B201. Visualization of Magnetic Domain Dynamics of Ferromagnetic SliconSteel Simulated by Ball Permanent Magnets.pdf 45. 2003 The Visualization Symposion of Japan, B202. Operation Principle Verification of The Modified Rogowski Coil Type ECT by Magnetic Vield Visualization.pdf 46. 2003 The Visualization Symposion of Japan, B203. StudyOfBarkhaunsenPhenomenonVisualization.pdf 47. 2003 The Japan Society of Mechanical Engineers (JASME), No.205. Application of Modal Wavelets to Multi-Phase Flow Image 48. 2003 Magnetic Society of Japan (MSJ), Visualized Image Based Magnetization Chracteristics and Its Approach 49.2003 Institute of Electrical Engineers of Japan (IEEJ), MAG-03-62.Visualized Image Processing based on The Image Orocessing 50.2003 Institute of Electrical Engineers of Japan (IEEJ), MAG-03-63. Application of the Electromagnetics Visualization Methodology to The cuurent distribution and Material Evaluation 51. 2004 Technical Report of IEICE,. Estimation of the Current Distribution Based on Dynamic Image Cognition Methodology 52.2004 The Visualization Symposion of Japan, P01-006.Image Cognition by Means of Finite Elements 53. 2005 The Visualization Symposion of Japan, B105. Line Signal Processing by Means of Equivalet Characterics Value Method B105. Line Signal Processing by Means of Equivalet Characterics Value Method 54. 2005 The Visualization Symposion of Japan, B106.Extraction of Geomerical Complexity from Visualized Image 55. 2005 The Visualization Symposion of Japan, B107.Velocity and Accceration Vectors and Their Application 56. 2005 The Visualization Symposion of Japan, B108.Visualization of 1/f Frequency of Natural Image 57. 2005 The Visualization Symposion of Japan, B203.Modal Wavelets Analysis of the Infrared Electrc Circuit Image 58. 2005 The Visualization Symposion of Japan, B204.Visualization of Dynamics Based on Wave Equation 59. 2005 The Visualization Symposion of Japan, B207. Visualization of Electric Power Lines 60. 2005 The Visualization Symposion of Japan, B211. Extraction of Magnetization Characteristics from Bitter Visualized Magnetic Domain Images 61. 2005. The Visualization Symposion of Japan, B212. Reseach on the Reference Coordinate System on Visualized Magnetic Field Vector Visualization 62.2005. The Visualization Symposion of Japan, P03-002. A Sudy of Chracteriscs Pattern of Image 63.2005. The Visualization Symposion of Japan, P03-003.Smart Visualiztion Processing on Magnetic Sensor Signals 64.2006 Institute of Electrical Engineers of Japan (IEEJ), MAG-06-08. Interigent Differential Magnetic Sensor Signas Processing 65.2006 Institute of Electrical Engineers of Japan (IEEJ), MAG-06-10.Evaluation of Magnetization Chracteristics based on Bitter Magnetic Domain Image 66.2006_The Visualization Symposion of Japan, B204. Feature Extraction of Dynamic Image By Means of Fourier Cosinusodal Transform 67.2006_The Visualization Symposion of Japan, B209. Extraction of Implicit Knowledge in Particles -Yo,Ne and Yone by Discrete Wavelets Multi-Resolutional Analysis to the Literary Works 68.2006_The Visualization Symposion of Japan, B210. A Study of Orthnormal Analysis on Literary Works 69.2006_The Visualization Symposion of Japan, B211. Visualization of Frequency Characteristics on Time DomainPhenomena 70.2006_The Visualization Symposion of Japan, A305. Visualization of Frequency Component in a Cylinder Wake 71.2006_The Visualization Symposion of Japan, A308. Identification of Cross-Sectional Shape of High Frequency Use by Eddy Current Visualizatio 72.2006_The Visualization Symposion of Japan, A309. Visualization of Displacement Currents Flowing in The Capacitors 73.2006_The Visualization Symposion of Japan, A310. Visualization of Nonlinear Phenomena due to The Magnetic Materials 74.2006_The Visualization Symposion of Japan, A311. Extraction of 1/f Fluctuation from Vitter Imaging 75. 2001 JSAEM. Smart Visualized Information Processing (Review Paper) -Concept and Key Idears- 76. 2002 JSAEM. Smat Visualized Information Processing (Review Paper) -Governing Equation-- 77. 2002 JSAEM Smart Visualized Information Processing (Review Paper)-Image Processing and Compression-- 78. 2004 MSJ. Analizing Methodology of Electromagnetic Fields Based on Visialized Image (Review Paper) 79. 2005 The Visualization Symposion of Japan,. Smart Visualized Information Processing (Review Paper) 80.2007_The Visualization Symposion of Japan, C203. Visualization of Time Domain Frequency Characteristics from PIV Data of a Cylinder Wake 81.2007_The Visualization Symposion of Japan, C205. Visualization of Transient Rush Magnetic Flux Locus in Transformr 82.2007_The Visualization Symposion of Japan, C206. Visualization of High Frequency Currents By Means of Quasi-Analytical Mathod 83.2007_ The Visualization Symposion of Japan, C207. Iron Loss Visualizationby Bitter Imaging of Magnetic Materials 84.2007_ The Visualization Symposion of Japan, C208. Displacement Current Visualization flowing in Capacitors 85.2007_ The Visualization Symposion of Japan, C210. 1/f Frequency Analysis by Drawing Therapy -In Case of Malajusted Person- 86.2007_ The Visualization Symposion of Japan, C211. Defect Visualization Based on Transient Thirmal Distribution Measurement 87.2007_ The Visualization Symposion of Japan, C212. Cognition if Infrared Images 88.2007_ The Visualization Symposion of Japan, C213. Color Image Visualization of Dynamic Image and Its Application 89.2007_MAGDA P21. Defect Visualization by Transient Thirmal Distribution 90.2007_MAGDA P50. A Study of ,1/f Fluctuation 91.2007_Image Industrial. 1/f Fluctuation Phenomenon on Falling Snow -Image Processing- (Review Paper) 92.2008.Design Reseach No.46 Mar. 08. 1/f Fluctuation Analysis on Drawing Therapy of Malajausted Paerson 93.2008.SEAD 20 22C4-6. A Study on Electric Impedance Tomography 94. 2008_IEEJ.Cognition of Metalic Material Properties and Physical Dimensions by Magnetic Sensor Visualization 95. 2008 The Visualization Symposion of Japan, Vol.28 Suppl.No.1 P01-02.Electric Resistance Visualization by Infrared Images 96. 2008 The Visualization Symposion of Japan, Vol.28 Suppl.No.1 P01-04.Visualization of Magnetization Chracteristics by Cellar Automaton -Physics of Complex Systems and Preisach Model- 97. 2008 The Visualization Symposion of Japan, Vol.28 Suppl.No.1 P01-05. Visualization of 1/f Frequency Component in Dynamic Image of Human Movement 98. 2008 The Visualization Symposion of Japan, Vol.28 Suppl.No.1P01-06.Visualization of 1/f Fluctuation 99. 2008 The Visualization Symposion of Japan, Vol.28 Suppl.No.1P01-10.Analysis of Color Enviroment Influence on Mind and Body Using Heart Rate Variability 100.2008 Conference on Automatic Controll Systems No.213. Study of 1/f Fluctuations and Complex System 101. 2008 Conference on Automatic Controll Systems No.214. Representation of Magnetization Chracteristics by Cellar Automaton 102. 2008 Conference on Automatic Controll Systems No.215.Extractionof 1/f Fluctuation Frequeny from Sound Data 103.2008 17^th MAGDA in Hitach, P47. Visualization of Current Distribution by Infrared Imageing and Its Applications008 104.2009 The Visualization Symposion of Japan, P01-005. Manyoh,Soh- and Hira-Kana Style Analysis by Visualizing 1/f Fluctuation 105. 2009 The Visualization Symposion of Japan, B01-002.Feature Extraction and Visualization of 1D Time Domain Signals 106. 2009 The Visualization Symposion of Japan, B01-003. Extraction 1:f Fluctuation Frequency Component from Music and Its Application to Human Physiology 107. 2009 The Visualization Symposion of Japan, B01-006.Fault Visualization in Metallic Matrials by Resonat Type ECT Sensor 108. 2009 The Visualization Symposion of Japan, P01-001. Visualization of Magnetic Fields around The Contactless Power Supplyer 109. 2009 The Visualization Symposion of Japan, P01-004. Magnetization Chracteristics Visualiztion of Ferro-Magnetic Materials by Visualizing Dynamic Magnetic Wall Movement 110. 2009 The Visualization Symposion of Japan,. Love between Genji and Ugly Lady Suetsumuhan in the Tale of Genji
6. Inverse Problems and Tomography (156 papers)
6.1 Biological System Inverse Problems and Sensors	1. 1990(38) A Formulation of the inverse problems in magnetostatic fields and its application to a source position searching of the human eye fields 2. 1992(45) An estimation of the current distributions in human heart by the factor analysis 3. 1992(46) An estimation of the current distributions in human heart by the correlative analysis 4. 1992(49) T.IEE Japan, Vol.112-A No.4 , Inverse Problem in Biomagnetic Fields 5. 1993(51) T.IEE Japan, Vol.113-C No.1. An Estimation Method of Current Distribution in Biological Systems by Means of Sampled Pattern Matching 6. 1993(54) Electromagnetic field source searching from the local field measurement 7. 1993(57) The locally orthogonal coordinate systems for analyzing inverse problems of magnetostaic fields 8. 1994(59) Hybrid MCG and ECG approach to medical diagnosis in human heart 9. 1994(60) The optimum configurations of SQUID sensors for the magnetocardiogram and magnetoencephalogram 10. 1994(70) Applied Math. Electrical Source Searching and Its Application to Biological Systems 11. 1994(75) T.IEE Japan, Vol.114-A No.7/8. A Method of Inverse Problem Analysis in the Magnetostatic Field ant Its Faster Argorism 12. 1995(85) IEEE Trans. Magnetics Vol.31 No.6. Space power method for human heart diagnosis 13. 1996(90) T.IEE Japan, Vol.116-C No.2. Analysis of Power Distribution by a Hibrid MCG and ECG Approach 14. 1997(101)Pys.Ned.Bio 1997. Dose optimization of proton and heavy ion therapy using generalized sampled pattern matching 15. 2003(150). ACTA BIOPYSICA SINICA Vo.18 No.4. Dec.2002. A Study of Reconstruction Algorithm on Inspection of Foreign Substance in Brain by Low Frequency Current Field 16.2003 JSAEM_2nd JANS._A_Study_of_Reconstruction_Algorism_in_Electrical_Impedance_Tomography.pdf 17.2003 JSAEM_2nd JANS._Derivation_from_Current_Density_Distribution_to_Conductivities_based_on_the_Adjoin_Field_Theory 18. 1991 Institute of Electrical Engineers of Japan (IEEJ), MAG-91-84An Estimation Method of Current Distributions 19. 1991 Institute of Electrical Engineers of Japan (IEEJ), MAG-91-220 An Estimation Method of Current Distribution in Biological Systems-Current Distribution in Human Heart- 20. 1991 Institute of Electrical Engineers of Japan (IEEJ), MAG-91-220 An Estimation Method of Current Distribution in Biological Systems-Current Distribution in Human Heart- 21. 1992 1st Magnetism and Biomagnetic Society Japam Vol.5,No.1,1992.7(C1-2) An Estiomation Method of Electromagnetic Source by Combining the MCG with ECG 22. 1992 Institute of Electrical Engineers of Japan (IEEJ), MAG-92-71 Invers Problem on Magnetostatic Fieldss 23. 1992 Institute of Electrical Engineers of Japan (IEEJ), MAG-92-72 Estimation of Current Distribution in A Human Body 24. 1992 Institute of Electrical Engineers of Japan (IEEJ), MAG-92-80D Distribution of Current Dipoles in Human Brain 25. 1992 Institute of Electrical Engineers of Japan (IEEJ), MAG-92-133 The Inverse Problem in Local Orthogonal Systems 26. 1992 RIMS-Research Institute for Mathematical Sciences Kyoto University, Inverse Problem in Biological Systems and Its Applications 27. 1993 Institute of Electrical Engineers of Japan (IEEJ), MAG-93-60 MCG and MEG Analysis in Local Orthogonal Coordinate Systems 28. 1993 Institute of Electrical Engineers of Japan (IEEJ), MAG-93-90 A New Estimation Mehod of Current Distributions and Its Applications 29. 1993 2^nd MAGDA Conf S1-1 The Locally Orthgonal Coordinate Systems for MCG and MEG Analysis 30. 1994 Institute of Electrical Engineers of Japan (IEEJ), MAG-94-46 Human Heart Diagnosis by Combining MCG with ECG 31. 1994 Institute of Electrical Engineers of Japan (IEEJ),MAG-94-115 OptimumNumber of Sensors and Their Layout for MCG Measurements 32. 1994 Institute of Electrical Engineers of Japan (IEEJ), MAG-94-177 Current Conducting Pathes Estiomation by Combining Magnetic- with Electric-Fields 33. 1995 Institute of Electrical Engineers of Japan (IEEJ), MAG-95-66 Estimation of Current Distribution in Human Heart by Means of MCG 34. 1995 Institute of Electrical Engineers of Japan (IEEJ),MAG-95-142 The Distribution of Current Dipoles in Human Heart 35. 1995 Japan Simulation Symposium (JSS), Current Conductiong Pathes in Human Heart by Combining Magetic- with Electric-Fields
6.2 Electromagnetism Inverse Problems and Sensors	1. 1993(53) Crack identification in metallic materials 2. 1994(62) A designing strategy based on the inverse analysis 3. 1994(64) Massively parallel neural networks for the inverse source problems 4. 1994(65) Leakage magnetic field source searching by the correlative analysis 5. 1994(66) Projective sampled pattern matching method for the defect recognition in conductive materials 6. 1994(68) Defect searching in ferromagnetic materials 7. 1994(69) An application of DC magnetic fields to eddy current sensor 8. 1994(71) Defect Searching in Conductors By Sampled Pattern Matching Method 9. 1994(73) Ployphase eddy current testing 10. 1994(74) Defect recognition in conductive materials by local magnetic field measurement 11. 1995(77) An inverse approach to optimal exciting coil design 12. 1995(80) Magnetic core shape design by the sampled pattern matching method 13. 1995(81) Inverse Approach For Shape Design Of Magnetic Core 14. 1995(87) Current conducting path estimation from the locally measured magnetic and electric fields 15. 1995(84) Three Phase Magnetic Sensor 16. 1995(88) A study of inverse problems in electromagnetic fields 17. 1996(91) An application of the wavelets to the magnetic field source searching 18. 1996(92) Magnetic field distribution caused by a notebook computer and its source searching 19. 1997(100) Inverse analysis for magnetic field source searching in thin film conductor 20. 1998(106) Current distribution analysis on printed circuit board 21. 1998(108) Estimation of Current Distribution within Conductors by Field Measurements 22. 1998(110) Rotational and Divergent Components Identification of Vector Fields by the Minimum Norm Method 23. 1998(111) Optimal Sensor Layout for Minimum Norm Approach to Searching for Radioactive Source 24. 1999(112) Visualization of the Currents on the Printed circuit Boards 25. 1999 IEEJ Trans-A Vol-119 No-7 Research on Current Distribution in PCB Boards 26. 2000 IEEJ Trans-A Vol-120 No-10 Study on Quasi-3D Current Distributions Evaluations 27. 2000 IEEJ Trans-A Vol-120 No-10 2D Current Distribution Estimation by Least Squares 28. 2000(122) A Weighted Inverse Matrix Approach to Searching for the Electric Field Sources 29. 2000JSAEM-1st-Japan-Australian-Joint-Seminar-A-Study-of-Magnetic-Tilt-Sensor.pdf 30. 2000JSAEM-1st-Japan-Australian-Joint-Seminar-Estimation-of-the-Current-Distribution-in-a-Cubic-Box-by-Local-Magnetic-Field-Measurements.pdf 31.2001JSAEM_Applied_Electromagnetics_3Weighted_Inverse_Approach_for_Searching_of_the_Current_Distribution_from_the_Locally_Measured_Magnetic_Fields. 32. 2001JSAEM_Applied_Electromagnetics_3_Visualization_of_2D_Current_Distributions_along_with_Convolving_Processing 33. 2001(124) Visualization of the Currents on the Printed circuit Boards 34. 2001(125) Estimation of The Multi-Layards Current Distributions By Least Squares 35. 2002(139) Magnetic fields control by single-sided exciting coils 36. 2002(140) Magnetic sensor signal analysis by means of the image processing technique 37. 2002(141) Magnetic sensor signal analysis 38. 2002(144) An Image-Based Approach for Preisach Function Calculation 39. 2002(146)JSAEM-Electromagnetic-Nondestructive-Evaluation-4-Generalized-Vector-Sampled-Pattern-Matching-Method-Theory&Applications-.pdf 40. 2003JSAEM_2ndJANS_Float_Type_Tilt_Sensor_Using_Magnetic_Fluid.pdf 41. 2003JSAEM_2ndJANS_Vector_Current_Viewer_for_Electric_Current_Visualization.pdf 42. 2003JSAEM_2ndJANS_Generalized_Sampled_Pattern_Matching_Method_for_Inverse_Parameter_Problems.pdf 43. 2003JSAEM_2ndJANS_Current_Distribution_in_Multi-layered_Printed_Circuit_Board.pdf 44. 2003JSAEM_2ndJANS_Application_of_Signal_Cognition_for_Magnetic_Sensor.pdf 45. 2003JSAEM_2ndJANS_Smart_Lissajous_Method_for_Metal_Cognition_Problem.pdf 46. 2004(167) Inverse Electromagnetic Problems by Field Visualization 47. 2005 (168) A New Current Dipole Model Satisfying Current Continuity for Inverse Magnetic Field Source Problems 48. 1990 Institute of Electrical Engineers of Japan (IEEJ), SA-90-15/RM-90-27 An Application of The Cauchy-Schwarz Inequality to The Inverse Problems in Electromagnetic Fields 49. 1990 Institute of Electrical Engineers of Japan (IEEJ), MAG-90-88 Inverse Problems in Electromagnetic Fields -Estimation of the Current Distribution- 50. 1992 Institute of Electrical Engineers of Japan (IEEJ), MAG-92-136, Inverse Analysis of Defect Identification Based on the Electric Potential Method 51. 1992 Institute of Electrical Engineers of Japan (IEEJ), SA-92-26/RM-92-61, Defect Estimation by Combining the Electric Potentials with SOM Method 52. 1992 Institute of Electrical Engineers of Japan (IEEJ), MAG-92-135 Estimation of the Current Distributions in a Three-Dimensional Cubic Solis 53. 1993 Institute of Electrical Engineers of Japan (IEEJ), MAG-93-170, Exciting Coil Design by Inverse Approach 54. 1993 Technical Report of IEICE EMCJ92-79, A Method of Searching Leakage Magnetic Field Sources 55. 1993 Technical Report of IEICE EMCJ92-80, Fundamental Study on Three-Dimensional Current Distributions 56. 1993 Institute of Electrical Engineers of Japan (IEEJ), MAG-93-142, A Study of Electromagnetic Field Source Seraching 57. 1993 Institute of Electrical Engineers of Japan (IEEJ), MAG-93-224, Faster Sampled Pattern Matching Method for Magnetostatic Inverse Problems 58. 1993 The 2nd MAGDA Conference, 1993 S1-2, Leakage Magnetic Field Source Searching by the Correlative Analysis 59. 1993 The 2nd MAGDA Conference, 1993 S1-5, Polyphase Eddy Current Testing 60. 1994 Institute of Electrical Engineers of Japan (IEEJ), MAG-94-25, Defect Recognition in Conductive Materials by Combining the Electric with Magnetic Fields 61. 1994Institute of Electrical Engineers of Japan (IEEJ), MAG-94-26, Optimal Design of Exciting Coils 62. 1994 Institute of Electrical Engineers of Japan (IEEJ), MAG-94-116, Polyphase Magnetic Sensor -Defection Sensing- 63. 1994 Institute of Electrical Engineers of Japan (IEEJ), MAG-94-136 Shape and Position Searching of Magnetic Materials by Inverse Approach 64. 1994 4th Intelligent System Symposium (1994 Tuskuba), Inverse Problem, Linar Space and Neural Net 65. 1994 Magnetic Society of Japan (MSJ), Searching Noise Source Distribution -Wavelet Approach for New Possibility- 66. 1995 Institute of Electrical Engineers of Japan (IEEJ), MAG-95-31, Polyphase Magnetic Sensor -Deflection, Position and Shape Sensing- 67. 1995 Japan Simulation Symposium (JSS) Dec.1995, Inverse Analysis using Discrete Wavelets Transform 68. 1995 Japan Simulation Symposium (JSS) Dec. 1995, Estimation of the Current Distributions on a Thin Film Conductor 69. 1996 Institute of Electrical Engineers of Japan (IEEJ), MAG-96-151, Inverse Analysis of Magnetic Field Source Searching with the Loop Current Model 70. 1996 Institute of Electrical Engineers of Japan (IEEJ), MAG-96-37, Strategic Wavelets Transform Method to the Inverse ProblemsWavelet 71. 1996 Institute of Electrical Engineers of Japan (IEEJ), MAG-96-187, Basic Studies of Optimal Induction Heater Coil Design 72. 1996 Institute of Electrical Engineers of Japan (IEEJ), MAG-96-194, Basic Studies of Equivalet Current Estimation in Permanent Magnet -Loop Current SPM Method-- 73. 1996 Institute of Electrical Engineers of Japan (IEEJ), MAG-96-196, Estimation of Current Distribution on a Film Conductor with Finite Length 74. 1997 Institute of Electrical Engineers of Japan (IEEJ), Anual Meeting 1997, No.515, Estimation of Impedance on the Film Conductors 75. 1997 Institute of Electrical Engineers of Japan (IEEJ), Anual Meeting 1997, No. 541, Equivalet Current Estimation in Permanent Magnet 76. 1997 Institute of Electrical Engineers of Japan (IEEJ), Anual Meeting 1997, No.542 Estimation of the Eddy Current Distributions by Direct Inversiions 77. 1997 Institute of Electrical Engineers of Japan (IEEJ), Anual Meeting 1997, No. 538 Application of the Flat Transformer to a Fly-Back type DC/DC Converter 78. 1997 Institute of Electrical Engineers of Japan (IEEJ), Anual Meeting 1997, No. 516 An Analysis of Thin Conductor Covered by Magnetic Material using the Strategic Dual Image Method 79. 1997 Institute of Electrical Engineers of Japan (IEEJ), MAG-97-116, A Basic Study of the Flat Transformer having Shell Type Flux Path 80. 1997 Institute of Electrical Engineers of Japan (IEEJ), MAG-97-133, Induction Heating Control by Changing the Exciting Coil Connection 81. 1997 Institute of Electrical Engineers of Japan (IEEJ), RM-97-140, Coil Design by the Inverse Analysis Strategy 82. 1997 Institute of Electrical Engineers of Japan (IEEJ), RM-97-146, Wavelets Analysis of the Electromagnetic Devices 83. 1997 Institute of Electrical Engineers of Japan (IEEJ), RM-97-147, Coil Inductance Computation having Arbitrary Shape and Its Application to Electric Machines 84. 1997 Institute of Electrical Engineers of Japan (IEEJ), MAG-97-256, Approach of Current Distribution Analysis on Printed Circuit Board 85. 1998 Institute of Electrical Engineers of Japan (IEEJ), MAG-98-9, Studies Eddy Current Distributiin in Induction Heating 86. 1998 Japan Simulation Symposium (JSS), Nov. 1998, Ill Posed Linear Systems and Inverse Problems 87. 1998 Japan Simulation Symposium (JSS), Nov. 1998, Computation of Two-Dimensional Current Distribution by the Weighted Inverse Matrix Method 88. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-259, Current Visalization by Weighted Inverse Matrix Method 89. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-260, Estimation of Quasi-3D Current Distribution in a Square Cubic Box 90. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-264, Magnetic Fields Control by Sigle-Sided Exciting Coils 91. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-270, Magnetic Sensor Analysis by Finite Elements 92. 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-272, Magnetic Sensor Signal Cognition based on Information Visualizations 93 2000 Institute of Electrical Engineers of Japan (IEEJ), MAG-00-273, A Study of Magnetic Sensor Signal Analysis 94. 2001 Institute of Electrical Engineers of Japan (IEEJ), MAG-01-57, Methods of Analysis for Magnetic Sensor 95. 2002 The Visualization Symposion of Japan,208MethodOfFrequencyClassifiedCurrentsEstimationOnMulti-LayeredCircuitBoard.pdf 96. 2002 The Visualization Symposion of Japan,210CurrentVisualizationByVectorCurrentViewer.pdf 97. 2002 The Visualization Symposion of Japan,210CurrentVisualizationByVectorCurrentViewer.pdf 98. 2002 Institute of Electrical Engineers of Japan (IEEJ), MAG-02-144, Development of a New ECT Probe based on the Current Viewer Principle 99. 2003The Visualization Symposion of Japan, Inverse Parameter Problems and Its Application to the Functional Type Tomoghaphies 100. 2003 The Visualization Symposion of Japan,B207ElectricElectronicCircuitsInspectionByMeasOfTheSmartVisualizedDynamicImageCogntion.pdf 101. 2003 The Visualization Symposion of Japan,B208DevelopmentOfPerpendicularPressureDistributionMeasuringSystemWhenSittingChair.pdf 102. 2004Technical Report of IEICE, A Study of Electrical Impedance Method 103 2004 The Visualization Symposion of Japan, P01-008 Visualization of Conductivity Distribution by Electrical Impedance Method and Its Experimental Verification 104. 2005 The Visualization Symposion of Japan, B206 Three Dimensional Current Visualization by GVSPM Method 105. 2005 The Visualization Symposion of Japan, B209 Exciting Coil Visualization using Trangular Loop Coil Model 106. 2005 The Visualization Symposion of Japan, B210Advanced 3 Phase Magnetic Sensor and Its Application to Defect Visualization of Thin Metallic Materials 107. 2005 The Visualization Symposion of Japan, B206Experimental Verification of Sensitivity Matrix and Electric Dipole Methods in Electrical Impedance Tomography 108.2006 Institute of Electrical Engineers of Japan (IEEJ), MAG-06-07, Three Phase Magnetic Sensor and Its Application to Nondestructive Testing 109. 1994 Transactions of Institute of Electrical Engineers of Japan, Vol.114-A, No.6 '94, Development of Inverse Analysis in Electromagnetic Fields) 110. 1995 Magnetic Society of Japan (MSJ), Vol.19, No.1, 1995, Inverse Problems in an Electromagnetic Field Analysis by the SPM Method
6.3 Mechanics Inverse Problems and Sensors	1. 2002(148) Transactions of the Visualization Symposion of Japan, Reconstruction of Solid-Air Two Phase Flow CT Images Using Sampled Pattern Matchnig Method 2. 2002(151) Proceedings of ASME FEDSM2002-31434, Reconstruction of Solid Air Two Phase Flow CT Image Using Sampled Pattern Matching Method 3. 2003(154) IEEE Transaction on Magnetics Vol.39, No.3 May 2003, GVSPM for Reconstruction in Electrical Impedance Tomography 4. 2003(155) IEEE Transaction on Magnetics Vol.39, No.3 May 2003, Estimation of Iron Loss Distribution by Image Helmholtz Equation Method 5. 2003(156) Phyological Measurement Vo.24(2003)449-466, The application of the generalized vector sample pattern matching method for EIT image reconstruction 6. 2004(166) Measurement Science and Technology Vol.15(2004) 1371-1381, Application of the Generalized Vector Sampled Pattern Matching Method to reconstruction of Electrical Capacitance CT Images 8. 2005(167) The Japan Society of Mechanical Engineers (JASME), Application of GVSPM to Reconstruction of Solid-Air Two Phase Flow CT Images 9. 2006(182) The Japan Society of Mechanical Engineers (JASME), ECT Images Reconstraction of Freely Falling Particles Concentration Distribution in Vertical Pipe using GVSPM 10. 1998 The Japan Society of Mechanical Engineers (JASME), 7^th Annual Meeting, 1645 Potential Estimate in Swiring Flow by Least Norm Method 11. 2007Visualization Symposion of Japan, Vol. 27, Suupl. No.1, The Visualization Symposion of Japan,-B212 Analysis of Concentration Distribution by Vectorization of CT
7. Computer Graphics, Magnetic Recording, Finite Elements, Semi-Analytical Method and the others (25 papers)
7.1 Computer Graphics National Science Fund　Numerical　Methods Others	1. 1986 Solid State Physics of Japan Vol.21 No.11, Alumite Magnetic Disc 2. 1986 Journal of Magnetism and Magnetic Materials (JMMM)- A Perpendicular Mgnetic Recording Medium by Alumite.pdf 3. 1987 Magnetic Society of Japan (MSJ), Alumite Disc using Anodic Oxidation 4. 1987 IEEE Transaction on Magnetics Vol.MAG-23, No.1 January 1987, Magnetic Alumite Disc for Perpendicular Recording.pdf 5. 1988(103) CAPTECH98, Nov. 26-26, 1998, Springer-Verlag, A Graphics Compiler for a 3-Dimensional Captured Image Database and Captured Image Reusability 6. 1989(33) NSF Workshop July 1989, Development of finite element approach for the electomagneto- dynamic problems 7. 1993(37) IEEE Transaction on Magnetics Vol.26, No.2 March 1990, Finite element solution of Permanent magnetic field 8. 1998(105) 29th Annual IEEE Power Electronics Specialists Conference, Coil impedance computation having arbitrary geometrical shape 9. 2000 IEEJ Modern and Near Future Electromagnetic DEvice Analysis Methodologies 10. 2002(138) Magnetic circuit analysis based on the finite elements Generalization to the quasi-three-dimensional problem 11. 2002(142) Semi-analytical electromagnetic field Computation 12.2003JSAEM_2ndJANS_An_Experimental_Study_of_the_Compesation_Coil_Method_for_Thin_Magnetic_Films.pdf 13.2005 IEEEMagnetic Currents Representating Magnetomotive Force for MagneticField Computation 14. 1997 Institute of Electrical Engineers of Japan (IEEJ), RM-97-147 Coil Inductance Computation having Arbitray Shape and Its Application to Electric Machines 15. 1988, Japan Simulation Symposium (JSS), JSS-1-5 "MAXWELL" Package for Electromagnetic Field Analysis 16. 1988.Institute of Electrical Engineers of Japan (IEEJ), MAG-88-98 An Iterative Method for FEM Solutions of Nonlinear Magnetostatic Fields 17. 1990.Institute of Electrical Engineers of Japan (IEEJ), SA-90-20/RM-90-32, Non-Sprious Finite Element Solution of Eddy Current Problems 18. 1993.Institute of Electrical Engineers of Japan (IEEJ), MAG-93-141, Computer Aided Analysis of Magnetic Field in Electromagnetic Systems -BIEM for Magnetic Field Analysis - 19. 1998, Japan Simulation Symposium (JSS), A Study of Coil Impedance vs. Frequency Characteristic Analysis having Arbitrary Geometrical Shape 20.2000. Institute of Electrical Engineers of Japan (IEEJ), MAG-00-253 Magnetic Circuit Analysis based on the Finite Elements -Generalization to th Quasi- 3D Problems- 21.2000. Institute of Electrical Engineers of Japan (IEEJ), MAG-00-254 Quasi-Analytical Electromagnetic Field Analysis -Consideration of Capacitive Effects- 22. 2001. Institute of Electrical Engineers of Japan (IEEJ), MAG-01-69 A Study of Electromagnetic Field Analysis 23. 2003 Visualization Symposion of Japan, The Visualization Symposion of Japan,B204 Visualizing Methodology of Magnetic Vector Field and Its Applications 24. 2003. Institute of Electrical Engineers of Japan (IEEJ), MAG-03-54 Recent Trend of Methods for Electromagnetic Field Analysis in Applied Magnetics -A Report of Technical Meeting- 25. 2003. Institute of Electrical Engineers of Japan (IEEJ), MAG-03-55 Theoretical Relationship between the Magnetic Circuits and Finite Elements Method
Total 579 papers	PINK: Refereed Papers	LIGJHT BLUE: Review Papers	ORANGE: Conference Papers